| Author | Title | Session | Year |
| Abagiu, Traian A | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Abel, Alexander S. P. | Rapid Batch Characterization of Coal Utilization By-Products | Chemistry 4 | 2005 |
| Acevedo, Loreto | Improved Performance of Soils Stabilized with FBC Ash | Aggregates/Geotechnology III | 2009 |
| Aceves, Andrew B. | The Use of Non-Commercial Fly Ash in Roller Compacted Concrete Structures | Cement and Concrete VI | 2011 |
| Acosta, D. Anselmo | Production of Lightweight Aggregates from Coal Gasification Fly Ash and Slag | Aggregates 2 | 2005 |
| Adair, Brian | CCR Microparticulates and the Trouble They Cause | Ponds XIII | 2017 |
| Adams, Joby L. | Use of Sulfur Isotopes to Monitor Dissolved Sulfate Derived from a Fly Ash Emplacement Site, North-Central Colorado | Mine Reclamation 2 | 2005 |
| Adams, Monique | Size Distribution of Rare Earth Elements in Coal Ash | Chemistry I | 2015 |
| Adams, S. Marshall | Effects of the Kingston Ash Release on Fish Reproduction and Larval Fish | Kingston I - Ecological Investigations | 2013 |
| Adams, Thomas H. | CCP: Looking Forward in the USA - Plenary PPT | Keynote | 2015 |
| Adams, Thomas H. | Plenary Q-A session - Plenary Podcast (mp3) | Keynote | 2015 |
| Adams, Thomas H. | Tom Adams - CCP: Looking Forward in the USA - Plenary Podcast (mp3) | Keynote | 2015 |
| Adams, Thomas H. | CCPs in a New Regulatory Era | Regulations I | 2013 |
| Adeleke, Ekundayo | Reexamining the Use of Coal Fly Ash in Agriculture: Utilization as Soil Amendment in Biofuel Feedstock Production | Posters | 2015 |
| Adeleke, Ekundayo | Use of Fly Ash as Soil Amendment for Biofuel Feedstock Production with Concomitant Disposal of Waste Accumulations | Posters | 2013 |
| Adkins, Marvin Kent | Preparation of Coal Ash Disposal Facilities to Comply With the CCR Regulations | Regulations II | 2015 |
| Adkins, Marvin Kent | Strategic Planning for Siting Coal Combustion Residual Disposal Facilities | Ponds & Landfills I | 2013 |
| Aeiker, Dusty | Beneficial Use of CCBs to Develop an Optimal Mix for Pervious Concrete | Posters | 2011 |
| Affolter, Ronald H. | Characterization of Feed Coal and Coal Combustion Products in a Power Plant Utilizing Northern Appalachian Basin Coal: A Mass Balance Approach | Chemistry/Mineralogy I | 2009 |
| Affolter, Ronald H. | Chemical variation of feed coal and coal combustion products from an Indiana power plant utilizing low sulfur Powder River Basin coal | Posters | 1999 |
| Affolter, Ronald H. | Dispersed volcanic ash in feed coal and its influence on coal combustion products | Posters | 1999 |
| Aguiar, Jose Barroso | Durability of Low Cost High Performance Fly Ash Concrete | Concrete 2 | 2003 |
| Ahlberg, Gary | IST Wellfield System – A Sustainable Clean Water Strategy for Dewatering Pond Ash | Ponds I | 2017 |
| Ahlberg, Gary | Hybrid Geotextile Design for CCP Materials in Landfill Drainage and Closure Systems | Waste Management V | 2015 |
| Ahlert, William | Environmental Factors Associated With Decommissioning That Can Impact Cost, Schedule and Reuse Options | Ash Management I | 2017 |
| Ahrens, Jeffrey M | Conceptual Groundwater Remedial Alternatives at Coal Combustion Residuals (CCR) Sites | Groundwater and Environment I | 2017 |
| Aiken, Jane T. | A success model and commercial supply of coal ash to Australian Agriculture | Agriculture I | 2015 |
| Aiken, Jane T. | Australian Marketing Perspective Coal Ash for Agriculture | Agriculture I | 2015 |
| Aiken, Jane T. | Regulatory implications low pH coal combustion products Australian perspective | Utilization III | 2013 |
| Aineto, Monica | Production of Lightweight Aggregates from Coal Gasification Fly Ash and Slag | Aggregates 2 | 2005 |
| Aita, Kelly | Lessons Learned and Considerations for Dry Bottom Ash Conversion Projects | Regulatory Issues I | 2019 |
| Ajlouni, Mohammad A. | Monitored Preload Fill Over an Inactive Fly Ash Reservoir | Ponds I | 2013 |
| Ajlouni, Mohammad A. | Geotechnical Design Considerations for Landfill Construction Over an Ash Pond | Mining/Reclamation III | 2009 |
| Ajlouni, Mohammad A. | The Consolidation Characteristics of Impounded Class F Fly Ash – A Case History | Ash Facility Management I | 2007 |
| Akbari, Hamid | Production of Geopolymer Binder from Coal Fly Ash to Make Cement-less Concrete | Cement & Concrete III | 2015 |
| Alam, Shaurav | Design, Fabrication and Testing of a Full-Scale Geopolymer Concrete Median Barrier | Cement & Concrete V | 2013 |
| Alastuey, Andres | Immobilization of Heavy Metals in Polluted Soils by the Addition of Zeolitic Material Synthesized from Coal Fly Ash. | Environmental Benefits I | 2001 |
| Alastuey, Andres | Extraction of major soluble impurities from fly ash in open and closed leaching systems | Chemistry and Mineralogy | 1999 |
| Alastuey, Andres | Synthesis of zeolites from fly ash in a pilot plant scale: examples of potential environmental applications | Chemistry and Mineralogy | 1999 |
| Alberca, Luis | Waste Stabilization/Solidification (S/S) Using Fly Ash-Based Geopolymers. Influence of Carbonation on the S/S of an EAF Dust | Posters | 2009 |
| Albright, Amy | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment | Posters | 2007 |
| Aldea, Corina | Paste Demonstration Laboratory Study | Cement and Concrete IV | 2019 |
| Alexopoulos, Dimitrios | Mine wastewater treatment by highly calcareous and siliceous fly ash: a comparative study | Environmental I | 2013 |
| Alhassan, Mohammad A. | Sustainable Fly Ash Bridge Deck Concrete Overlay | Cement and Concrete VI | 2011 |
| Al-Hawaree, Mohamad | Project Considerations for New Coal Ash Landfills | Ponds III | 2013 |
| Al-Hawaree, Mohamad | Utilizing Cut-Off Walls for Groundwater Remediation Issues associated with Coal Ash Landfills | Ponds V | 2013 |
| Allen, Arthur L. | FGD Gypsum Filters Remove Soluble Phosphorus from Agricultural Drainage Waters | Environment VI | 2011 |
| Alliman, Corinne | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Allouche, Erez N. | Design, Fabrication and Testing of a Full-Scale Geopolymer Concrete Median Barrier | Cement & Concrete V | 2013 |
| Allouche, Erez N. | Effect of Accerlerated Sulfate Attack in Geopolymer Concrete | Cement & Concrete III | 2013 |
| Allouche, Erez N. | Examination of Precursors in Fly Ash for Development of an Engineered Geopolymer Concrete | Cement & Concrete II | 2013 |
| Allouche, Erez N. | Statistical Software to improve the accuracy of geopolymer concrete mix design and proportioning | Cement & Concrete VI | 2013 |
| Allouche, Erez N. | Effect of Alkali Silica Reaction (ASR) in Geopolymer Concrete | Cement and Concrete IV | 2011 |
| Allouche, Erez N. | Experimental Evaluation of Self-Cure Geopolymer Concrete for Mass Pour Applications | Cement and Concrete IV | 2011 |
| Allouche, Erez N. | Toxicity Mitigation and Solidification of Municipal Solid Waste Incinerator Fly Ash Using Alkaline Activated Coal Ash | Environment VII | 2011 |
| Allouche, Erez N. | Evaluation of Class ‘C’ and Class ‘F’ Fly Ash as Precursors for a Corrosion Resistant Geopolymer Coating | New Products III | 2009 |
| Allouche, Erez N. | Evaluation of Fly Ash Stockpiles as Potential Source Material for Geopolymer Concrete | Cement and Concrete II | 2009 |
| Al-Masud, Mir | Design, Fabrication and Testing of a Full-Scale Geopolymer Concrete Median Barrier | Cement & Concrete V | 2013 |
| Alowitz, Michael | CCP Groundwater Monitoring – Importance of Groundwater Redox Conditions | Environment VI | 2011 |
| Altermann, Wladyslaw | The Injection of Fly Ash Slurries in Deep Geological Reservoirs for Improved Reservoir Integrity and Safe CO2 Sequestration | Posters | 2011 |
| Altman, Ralph | Technology development for carbon-ash beneficiation by pneumatic transport, triboelectric processing | Processing | 1999 |
| Alvarez, Diego | Multicomponent Utilization of Fly Ash: Dream or Reality | Beneficiation I | 2001 |
| Alvarez, Esther | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Alvarez, Esther | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Amaya, Andrew | The Use of Bottom Ash in the Design of Dams | Aggregates/Geotechnology II | 2007 |
| Amaya, Maria | Beneficial Utilization of Chinese Dry Flue Gas Desulfurization Materials for Stabilization of Weak Soils | Agriculture II | 2015 |
| Amaya, Pedro J. | Pond Closure - Case Study | Ponds XI | 2017 |
| Amaya, Pedro J. | Centrifuge Model Test of a Sand Embankment Built on Saturated Coal Ash | Waste Management VI | 2015 |
| Amaya, Pedro J. | Dynamic Liquefaction Potential of Impounded Class F Fly Ash | Ponds VII | 2015 |
| Amaya, Pedro J. | Using Stabilized Flue Gas Desulfurization Material to Reclaim Highwalls and Mitigate Acid Mine Drainage | Reclamation II | 2015 |
| Amaya, Pedro J. | Challenges of Closing Large Fly Ash Ponds | Ponds IV | 2013 |
| Amaya, Pedro J. | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| Amaya, Pedro J. | Liquefaction Potential of Impounded Class F Fly Ash | Liquefaction I | 2013 |
| Amaya, Pedro J. | Use of Instrumented Test Fill to Assess Static Liquefaction of Impounded Fly Ash | Liquefaction I | 2013 |
| Amaya, Pedro J. | Geotechnical Design Considerations for Landfill Construction Over an Ash Pond | Mining/Reclamation III | 2009 |
| Amaya, Pedro J. | Evaluation of Liquefaction Potential of Impounded Fly Ash | Environmental III | 2007 |
| Amaya, Pedro J. | The Use of Bottom Ash in the Design of Dams | Aggregates/Geotechnology II | 2007 |
| Ambrose, Keith | Paste Demonstration Laboratory Study | Cement and Concrete IV | 2019 |
| Amer, Omar | Evaluation of Coal Ash as a Supplementary Cementitious Material for Application in Full- Depth Reclamation of Asphalt Pavements. | Posters | 2019 |
| Amin, Mehedy | Dynamic Liquefaction of Ponded Fly Ash | CCP Storage and Management V | 2019 |
| Amini, Farshad | Geotechnical Properties of Fly Ash and Soil Mixtures for Use in Highway Embankments | Aggregates III | 2011 |
| Amonette, James E. | Leaching of Mixtures of Biochar and Fly Ash | Environmental III | 2009 |
| Amonette, James E. | Potential for Metal Leaching and Toxicity from Fly Ash Applied for Increasing Carbon Sequestration in Soil | Agriculture 4 | 2005 |
| Amonette, James E. | Enhancement of Soil Carbon Sequestration by Amendment with Fly Ash | CUBs and Sustainable Development | 2003 |
| Anagnostakis, Marios | Coal Fly-Ash Utilisation in Greece | Posters | 2005 |
| Anagnostakis, Marios | Utilisation of Biomass Co-combustion Residues Coming from Pulverised Coal Boilers | Posters | 2005 |
| Anantharaman, Sudheen | Modeling of Sulfate Resistance of Flyash Blended Cement Concrete Materials | Cement and Concrete I | 2007 |
| Anastasiou, Eleftherios | Development of Self Compacting Concrete (SCC) by Using High Volume of Calcareous Fly Ash | Cement and Concrete II | 2011 |
| Anastasiou, Eleftherios | An Investigation of the Behaviour of Raw Calcareous Fly Ash in Mortar Mixtures | Cement and Concrete II | 2009 |
| Anderson, Justin | Innovative Retaining Structure and Slope Stabilization Technologies | Ponds VII | 2017 |
| Anderson, M. | High Carbon Pulverized Fuel Ash as a Fuel Additive in Clay Bricks | Aggregates/Geotechnology IV | 2009 |
| Andreatta, Francesco | Electrochemical Behaviour of Aluminum - Fly Ash Composites Produced by Powder Metallurgy Technique | Posters | 2011 |
| Andres, Jose Manuel | Zeolitisation of coal fly ashes using microwaves. Process optimisation | Posters | 1999 |
| Andresen, John M. | Use of unburned carbon in fly ash as precursor for the development of activated carbons | New Products | 1999 |
| Andrew, Jim | Monitoring Stability While Stacking Fly Ash During the Kingston Recovery Project | Project-Specific Case Studies IV | 2019 |
| Andrews, Evan | Managing Landfill Leachate in a World Without Ash Basins: Lessons Learned and Practical Considerations | Landfill and Pond Issues I | 2019 |
| Anker, Yaakov | Coal Ash as a Potential Scrubber for Wastes from the Quarry and Phosphate industries in Israel | Utilization III | 2015 |
| Anshits, Alexandre G. | Ferrospheres from Fly Ashes: Composition and Catalytic Properties in High-Temperature Oxidation of Methane | New Products V | 2011 |
| Anshits, Alexandre G. | Fly Ash Cenospheres: Composition, Morphology, Structure, and Helium Permeability | New Products V | 2011 |
| Anshits, Alexandre G. | High-Calcium Fly Ashes of Selective Sampling and Products of Their Aerodynamic Separation | Posters | 2011 |
| Anshits, Natalia N. | Ferrospheres from Fly Ashes: Composition and Catalytic Properties in High-Temperature Oxidation of Methane | New Products V | 2011 |
| Anshits, Natalia N. | Fly Ash Cenospheres: Composition, Morphology, Structure, and Helium Permeability | New Products V | 2011 |
| Antenucci, Diano | Influence Of Curing Conditions on Geopolymer Leaching | Environmental IV | 2009 |
| Antenucci, Diano | Immobilization of a metallurgical waste using fly ash-based geopolymers | Posters | 2007 |
| Anthony, Edward J. | Reactivation of Partially Sulphated CFBC Ash and Limestone with Steam and Liquid Water | Posters | 2007 |
| Anthony, Edward J. | CFBC Ash Hydration Studies | FGD 1 | 2003 |
| Anthony, Edward J. | Hydration of combustion ashes - a chemical and physical study | Concrete and Cement | 1999 |
| Anzelmo, John | Characterization of Coal and Its By-products Using Borate Fusions and ICP-OES Analyses | Chemistry II | 2015 |
| Aparicio, Hugo R. | Perils of Constructing a Gypsum Stack on
Top of an Ash Pond TVA Bull Run Fossil (BRF) Plant Gypsum Disposal Area 2 | Ponds VII | 2015 |
| Aparicio, Hugo R. | Instrumentation and Monitoring Program TVA Coal Combustion By-Product Storage Facilities | Ponds III | 2013 |
| Aparicio, Hugo R. | Dewatering a Dry Fly Ash Stack The Piggyback Part 1 | Environment VIII | 2011 |
| Aphane, Mathibela E | The Effect of Sulphuric Acid Concentration on the Removal of Reactive Aluminium from South African Coal Fly Ash | Posters | 2015 |
| Arato, Claudio | Coal Ash 2.0: The Calculus of the Ore Body | Emerging Technologies II | 2019 |
| Arato, Claudio | Coal Ash 2.0: A Strategic Resource | Ponds IV | 2017 |
| Araujo, Thays Guerra | Feasibility of Coal Ash Utilization from Pecem Power Plant Landfill in Concrete | Cement and Concrete VII | 2017 |
| Archer, Christine | Comparison of Risks for Leachate from Coal Combustion Product Landfills and Impoundments with Risks for Leachate from Municipal Solid Waste Landfill Facilities | Ponds III | 2011 |
| Archer, Christine | PAHs and Dioxins Not Present in Fly Ash at Levels of Concern | Posters | 2009 |
| Ardani, Ahmad A. | Fly ash Adsorption Capacity as Measured by Spectroscopy Techniques | Cement and Concrete V | 2019 |
| Arenas, Luis F. Vilches | Application of Zeolitized Coal Fly Ashes to the Depuration of Liquid Wastes | Environment 4 | 2003 |
| Arenas, Luis F. Vilches | Influence of the Type of Ash on the Insulating Capacity of Fly Ash Mortars Used for Passive Protection against Fire | Posters | 2003 |
| Arenas, Luis F. Vilches | Production of Plates Based on Coal Fly Ash for Their Use as Insulating Materials in Doors and Fire Break Walls | New Products I | 2001 |
| Arenas, Luis F. Vilches | Use of Coal Fly Ash in a Sprayed Mortar for the Passive Protection against Fire of Metallic Structures | Posters | 2001 |
| Arezoumandi, Mahdi | An Experimental Study on Bond Strength of Reinforcing Steel in High-Volume Fly-Ash Concrete | Cement and Concrete III | 2017 |
| Arivazhagan, Kandasamy | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Arivazhagan, Kandasamy | Effect of Coal Fly Ash on Agricultural Crops: Showcase Project on Use of Fly Ash in Agriculture in and around Thermal Power Station Areas of National Thermal Power Corporation Ltd., India | Agriculture II | 2011 |
| Arjunan, Periaswamy | Chemical Activation of Low Calcium Fly Ash Part 1: Identification of Suitable Activators and their Dosage | Construction Products II | 2001 |
| Arjunan, Periaswamy | Chemical Activation of Low Calcium Fly Ash Part II: Effect of Mineralogical Composition on Alkali Activation | Construction Products III | 2001 |
| Arlego, Raphael | The influence of Spray dryer ash from Pecém’s thermoelectric power plant on the rheological behavior of mortars used as external rendering | Cement and Concrete III | 2019 |
| Armstrong, Kevin | CCP Groundwater Monitoring – Importance of Groundwater Redox Conditions | Environment VI | 2011 |
| Armstrong, Kris | The Benefits of Instrumentation and Monitoring for Coal Combustion Residual Facilities Closed- In-Place | CCP Storage and Management IV | 2019 |
| Arroyo, Fátima | Industrial Equipment Design for the Recovery of Germanium from Coal Fly Ash Leachates by Solvent Extraction | Posters | 2011 |
| Arroyo, Fátima | Germanium and Gallium Extraction from Gasification Fly Ash: Optimisation for the Up-Scaling of a Recovery Process | Posters | 2009 |
| Arroyo, Fátima | Recovery of Germanium from Coal Fly Ash Leachate by Precipitation | Posters | 2009 |
| Ashfaque, Khandaker | Numerical Modeling to Evaluate Hydrological Dynamics and Risk Assessment of Bottom Ash Ponds at a Former Coal-Fired Electric Power Plant | Ponds I | 2017 |
| Ashur, Suleiman A. | Sustainable Fly Ash Bridge Deck Concrete Overlay | Cement and Concrete VI | 2011 |
| Atadero, Rebecca | Optimization of Fly Ash in Concrete: High Lime Fly Ash as a Replacement for Cement and Filler Material | Cement and Concrete IV | 2009 |
| Atanasova, Maria | The Injection of Fly Ash Slurries in Deep Geological Reservoirs for Improved Reservoir Integrity and Safe CO2 Sequestration | Posters | 2011 |
| Athanassopoulos, Chris | Geosynthetic Clay Liners in Coal Combustion Residual Containment Applications | Environment VIII | 2011 |
| Aungst, DeAnna | Top 10 Mistakes in Environmental Data Management | Posters | 2019 |
| Aungst, DeAnna | Why Data Needs Management: Why Software Isn’t Enough | Regulatory Issues III | 2019 |
| Avetisyan, Hakob G. | Life Cycle Cost Minimization for Cement Production under Various Constraints | Cement and Concrete VII | 2009 |
| Ayers, M. R. | Impermeable Liner/Synthetic Turf Closures for Landfills | Environment III | 2011 |
| Ayora, Carlos | Removal of Selenium from FGD water streams by a nonconventional adsorbent by-product | FGD I | 2013 |
| Ayora, Carlos | Enrichment and Speciation of Elements in Re-circulated Waters from Desulphurisation at Two Spanish Power Plants | Chemistry IV | 2011 |
| Ayora, Carlos | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Ayora, Carlos | Immobilization of Heavy Metals in Polluted Soils by the Addition of Zeolitic Material Synthesized from Coal Fly Ash. | Environmental Benefits I | 2001 |
| Ayora, Carlos | Extraction of major soluble impurities from fly ash in open and closed leaching systems | Chemistry and Mineralogy | 1999 |
| Azenkot, Asher | Cost-Benefit Analysis of the Agricultural Use of Coal Ash-Methodological considerations | Agriculture I | 2015 |
| Babu, V. Ravi | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Bachus, Robert C. | Application of Asset Management Principles to CCP Storage Impoundments | Policy I | 2009 |
| Badenhorst, Charlotte | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Badenhorst, Charlotte | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Badoe, Daniel | Comparison of Beneficiated Fly Ash with a Popular Class F Fly Ash in Tennessee | Cement and Concrete VI | 2019 |
| Badoe, Daniel | Preliminary Study of the Potential of a Beneficiated Ultrafine Class F Fly Ash | Cement and Concrete II | 2019 |
| Badoe, Daniel | Excavatable and Early Strength CLSM using High LOI Fly Ash and Limestone Screenings | Cement and Concrete I | 2017 |
| Badoe, Daniel | Universal CLSM using High LOI Fly Ash and Limestone Screenings without Portland Cement | Posters | 2017 |
| Badoe, Daniel | The Effects of Fly Ash and Portland Cement on Long Term Excavatability of Flowable Fill | Construction Products II | 2001 |
| Baeten, Ryan | CCP Dewatering Using a Horizontal Well | Landfill III | 2017 |
| Baeten, Ryan | Coal Combustion Product Risk Assessment Using a Probabilistic Cost Modeling Approach | Waste Management III | 2015 |
| Baker, Lewis | Fly Ash Reclamation and Beneficiation Using a Triboelectric Belt Separator | Beneficiation and Processing II | 2019 |
| Baker, Lewis | Triboelectrostatic Beneficiation of Land Filled Fly Ash | Beneficiation I | 2015 |
| Baker, Robert | Impact of Coal Mine Reclamation Using Coal Combustion By-products (CCBs) on Groundwater Quality: Two Case Studies | Reclamation I | 2015 |
| Baker, Robert | Using Stabilized Flue Gas Desulfurization Material to Reclaim Highwalls and Mitigate Acid Mine Drainage | Reclamation II | 2015 |
| Baker, Robert | Spatial and Temporal Variations of Groundwater Chemistry Before and During Coal Mine Reclamation Using Flue Gas Desulfurization (FGD) Materials | Chemistry V | 2013 |
| Baker, Robert | FGD By-Product Utilization at Ohio Coal Mine Sites: Leaching Studies and Life Cycle Assessment | Mining and Reclamation II | 2011 |
| Baker, Robert | Impacts of Reclamation and Remining on Watersheds of Pre-Law Legacy Coal Mines | Mining and Reclamation I | 2011 |
| Baker, Robert | Beneficial Use of FGD By-products in Mine Land Reclamation | Mining/Reclamation II | 2009 |
| Baker, Tyler F. | Effects of the Kingston Ash Release on Fish and Benthic Invertebrate Assemblages | Kingston I - Ecological Investigations | 2013 |
| Baker, Tyler F. | Effects of the Kingston Ash Release on Fish Reproduction and Larval Fish | Kingston I - Ecological Investigations | 2013 |
| Baker, Tyler F. | Fly Ash as a Potential Food Supplement? — Bioaccumulation in Critters Near the Kingston Ash Spill | Posters | 2011 |
| Baker, Tyler F. | So What Does It Mean? What Ecological Effects Has the Kingston Ash Spill Caused? | Posters | 2011 |
| Balapour, Mohammad | Engineering Properties of Fly Ash-Based Lightweight Aggregrate | Cement and Concrete III | 2019 |
| Baldrey, Ken E. | Options to Stabilize and Utilize Tomorrow’s Fly Ash: Approaches and Initial Results | Waste Management VII | 2015 |
| Baldwin, Mark | The Leaching Environmental Assessment Framework as a Tool for Evaluating Release from Coal Combustion Residues | Environment VI | 2011 |
| Baligar, V. C. | Benefits and constraints for use of FGD products on agricultural land | Forest/Soil Reclamation | 1999 |
| Baligar, V. C. | Renovation of acidic Appalachian soil with FGD gypsum and FBC residue: soil leachate evaluation | Posters | 1999 |
| Balsamo, Nina | CCR Landfill Final Cover Test Pad | Landfill and Pond Issues VII | 2019 |
| Ban, Heng | Technology development for carbon-ash beneficiation by pneumatic transport, triboelectric processing | Processing | 1999 |
| Bandyopadhyay, Sri | Correlation of Mechanical and Structural Properties of Fly ash Filled–isotactic Polypropylene Composites | New Products IV | 2009 |
| Banerji, Shankha | Environmental Properties of Fly Ash Bricks | Construction | 2009 |
| Banerji, Shankha | Test of Mercury Vapor Emission from Flyash Bricks | Mercury I | 2007 |
| Bank, Tracy | Distributions and Extraction of Rare Earth Elements from Coal and Coal By-Products | Rare Earth Elements II | 2017 |
| Bannochie, C. J. | Immobilization of Radioactive Waste in Fly Ash Based Geopolymers | Environment V | 2011 |
| Barbel, Joel | FGD Byproduct Fixation and Stabilization Alternatives with Ash Systems | FGD I | 2015 |
| Bareither, Christopher | Work Area Quantification Processes to Guide CCR Construction Programs | Ponds XII | 2017 |
| Barnes, Charla | Perils of Constructing a Gypsum Stack on
Top of an Ash Pond TVA Bull Run Fossil (BRF) Plant Gypsum Disposal Area 2 | Ponds VII | 2015 |
| Barnes, Zexia K. | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Barnett, Stephanie J. | Strength Development of Concrete Containing Coal Fly Ash under Different Curing Temperature Conditions | Posters | 2009 |
| Barnwell, William L. | Ponded Bottom Ash, One Man’s Treasure | Beneficiation I | 2001 |
| Barr, Gretchen | Fly Ash in Cement Kilns: Green Practices Leading to Emissions Reductions | Cement and Concrete III | 2009 |
| Barra, Marilda | Use of Bottom Ash from Municipal Solid Waste Incineration as a Road Material | Construction Products III | 2001 |
| Barrett, Bob | Innovative Retaining Structure and Slope Stabilization Technologies | Ponds VII | 2017 |
| Barrett, Timothy J. | Reducing the Risk of Cracking in High Volume Fly Ash Concrete by Using Internal Curing | Cement and Concrete IV | 2011 |
| Barroso, Suelly | Evaluation of Empirical and Empirical Mechanistic Methods for Interconnected Concrete Pavement with Bottom Ashes | Cement and Concrete VIII | 2019 |
| Barroso, Suelly | Evaluation of the Application of Bottom Ashes from Thermoelectric in Concrete Blocks for Pavements | Posters | 2019 |
| Bartov, Gideon | Methylmercury Contamination of River Sediments near the Coal Ash Spill at the Kingston Fossil Plant, TN | Posters | 2011 |
| Bassett, R.L. | CCR Alternative Source Evaluation Process for Aquifers at an Electric Power Facility Using ?D,?18O, ?11B, ?34S, 87Sr/86Sr and Chemical Composition | Groundwater and Environment X | 2019 |
| Bassetti, Fulvio | MAC® (Magaldi Ash Cooler) fully-dry bottom ash removal system for elimination of ponds | Ponds II | 2015 |
| Bassetti, Fulvio | Post-combustion of carbon residues from biomass / RDF co-firing during dry ash removal | Carbon I | 2013 |
| Batmunkh, Narantuya | Performance Evaluation of Coal Ash Concrete as Building Materials in Mongolia | Cement and Concrete VII | 2009 |
| Bauchy, Mathieu | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Bauchy, Mathieu | Linking Fly Ash Composition to Performance in Cementitious Systems | Cement & Concrete VIII | 2015 |
| Baucom, Immanuel Kyle | CCP Landfill Leachate Generation and Leachate Management | Environmental II | 2013 |
| Bauman, Chris | Continuous, Real-Time TSS Monitoring Verifies Effluent Quality and Coal Ash Management Performance While Reducing Compliance Costs | Groundwater and Environment XVI | 2019 |
| Beach, Nathan | Improving Risk Assessments for Coal Combustion Residual Impoundment Dikles and Dams | Ponds & Landfills II | 2013 |
| Beatty, William Lee | Testing Mechanisms of Mercury Retention in FGD Products | Posters | 2007 |
| Bech, Nicolai | Ash Quality in Europe - Primary and Secondary Measures | Cement and Concrete VII | 2011 |
| Bech-x, Nicolai | Coal Combustion Products in Europe - Development and Trends - | Policy II | 2009 |
| Beck, David P. | Bottom Ash Use in Utility Joint Trench Operation | Bulk 3 | 2003 |
| Beck, Michelle | Reproduction in Aquatic and Terrestrial Wildlife Following Remediation of the TVA Coal Ash Spill in Kingston, TN | Kingston I - Ecological Investigations | 2013 |
| Beck, Mike | Geochemical Properties and Long-term Contaminant Release Patterns from CCPs in Acid-Forming Coal Refuse Materials | Environmental III | 2009 |
| Beck, Mike | Removal of Nutrients from Stormwater Using CCPs | Environmental I | 2009 |
| Beck, Mike | Leachate Chemistry of Mixtures of Fly Ash and Alkaline Coal Refuse | Chemistry & Mineralogy III | 2007 |
| Beck, Mike | Inter-laboratory Comparison of Leaching Methods | Posters | 2005 |
| Becker, Zbigniew | Registration for Safe Use of FBC Ash as a Chemical Substance within European REACH Regulation; Results and Prospects | Posters | 2011 |
| Becker, Zbigniew | Registration for Safe Use of SDA Product as a Chemical Substance within European REACH Regulation; Results and Prospects | Posters | 2011 |
| Beckham, Tony L. | Long-term performance of a highway subgrade stabilized with an atmospheric fluidized bed combustion material | Durability Issues/Ettringite | 1999 |
| Bedard, Melanie | Characterization of Coal and Its By-products Using Borate Fusions and ICP-OES Analyses | Chemistry II | 2015 |
| Beech, John (Jay) | Case Study: Use of Circulating Fluidized Bed Boiler Byproduct to Solidify Oily Sludge | Aggregates/Geotechnology III | 2009 |
| Beeghly, Joel H. | Dredge Material Stabilization Using the Pozzolanic or Sulfo-pozzolanic Reaction of Lime By-products to Make an Engineered Structural Fill | Aggregates/Geotechnology II | 2009 |
| Beeghly, Joel H. | Reclamation of an Abandoned Surface Coal Mined Land Using a Dry Flue Gas Desulfurization Product | Mining/Reclamation II | 2009 |
| Beeghly, Joel H. | Recent Experiences with Lime – Fly Ash Stabilization of Pavement Subgrade Soils, Base, and Recycled Asphalt | Bulk 2 | 2003 |
| Behel, David | TVA Research on Coal Combustion By-Products: Uses and Environmental Impacts | Environmental Benefits III | 2001 |
| Behrens, Greg | Dynamic Waste Water Modeling for Coal Burning Power Plants | Groundwater and Environment VII | 2017 |
| Belkin, Harvey E. | Characterization of Feed Coal and Coal Combustion Products in a Power Plant Utilizing Northern Appalachian Basin Coal: A Mass Balance Approach | Chemistry/Mineralogy I | 2009 |
| Bell, Josh | Practical Considerations for CCR Facility Design, Operations, and Maintenance | Ponds XV | 2017 |
| Bell, Peter | Surface Water and Groundwater Mixing in Alluvial Floodplains: A Significant Issue for Understanding Contaminant Transport at Coal Ash Facilities Adjacent to Rivers | Groundwater and Environment XVI | 2019 |
| Bell, Peter | Using Numerical Models of Dewatering at Coal Ash Impoundments to Understand Cost and Schedule | Landfill and Pond Issues XII | 2019 |
| Belz, Giulio | Characteristics of Fly Ashes and Processing Conditions Affecting Carbon-Ash Separation under Pneumatic Transport, Triboelectric Processing | UBC - Beneficiation of High-LOI Fly Ash - A.M. | 2005 |
| Belz, Giulio | Combustion Reactivity of Unburned Carbon in Coal Combustion Fly Ashes | UBC - Characterization of High-LOI Fly Ash | 2005 |
| Bennett, Shannon E | John Sevier Dry Fly Ash Stack - Sequencing of CCR Waste Facility Closures | Waste Management II | 2015 |
| Bennett, Shannon E | Preparing for Closure of the John Sevier Fossil Plant: Re-routing of the Bottom Ash Pond Outfall Driven by NPDES Requirements | Ponds III | 2013 |
| Benoit, Eric | Fly Ash-Carbon Effects on Concrete Air Entrainment: Fundamental Studies on Their Origin and Chemical Mitigation | Cement or Concrete I | 2009 |
| Benson, Craig H | Leaching from Roadways Stabilized with Fly Ash: Data Assessment and Synthesis | Utilization I | 2015 |
| Benson, Craig H | Quantifying the Benefits of Flue Gas Desulfurization Gypsum in Sustainable Wallboard Production | Beneficiation IV | 2011 |
| Benson, Craig H | Properties of Pavement Geomaterials Stabilized with Fly Ash | Aggregates/Geotechnology I | 2009 |
| Benson, Craig H | Stabilization of FGD By-products by Using Fly Ash, Cement and Sialite | Construction | 2009 |
| Benson, Craig H | Sustainable Construction Case History: Fly ash Stabilization of Road-Surface Gravel | Aggregates/Geotechnology III | 2007 |
| Benson, Steven | Leachability of Arsenic and Selenium in Submicron Coal Fly Ash | Chemistry II | 2011 |
| Bent, Denzil | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Bentivegna, Anthony | In-Boiler Beneficiation of Coal Combustion Products for Enhanced Cementitious Value | Cement and Concrete V | 2011 |
| Berger, Eric | Use of Calcium Based Products to Stabilize Ponded Coal Combustion Products - Techniques and Results | Ponds V | 2013 |
| Berger, Eric | Use of Lime and Lime Kiln Dust to Stablize Ponded Coal - Techniques and Results | Cement and Concrete VI | 2009 |
| Bergin, Mike | The Environmental and Health Effects of the Coal Ash Spill at Kingston, Tennessee: Preliminary assessment | FGD | 2009 |
| Beriozkin, Anna | Lime & fly ash treated biosolids - a valuable agricultural additive | Agriculture II | 2015 |
| Bermejo, Pilar | Industrial Equipment Design for the Recovery of Germanium from Coal Fly Ash Leachates by Solvent Extraction | Posters | 2011 |
| Berndt, Marita L | Pathways and barriers for acceptance and usage of geopolymer concrete in mainstream construction | Cement & Concrete III | 2015 |
| Berry, David | The Reactivity of Coal Char in Chemical Looping Gasification and combustion | Oxy Combustion I | 2015 |
| Berry, Michael | Identification and Verification of Self-Cementing Fly Ash Binders for "Green" Concrete | Cement and Concrete II | 2011 |
| Berry, Michael | Changing the Environment: An Alternative “Green” Concrete Produced without Portland Cement | Cement and Concrete III | 2009 |
| Bertolino, Marco | Transforming Bottom Ash into Fly Ash in Coal Fired Power Stations | Cement and Concrete II | 2009 |
| Bhattacharyya, Sidhartha | Chemical Fixation of Trace Elements in Coal Fly Ash | Chemistry & Mineralogy II | 2007 |
| Bhatty, Javed I. | Commercial Demonstration of High-Carbon Fly Ash Technology in Cement Manufacturing | Concrete 1 | 2003 |
| Bhatty, Javed I. | Conversion of Coal Prep-Wastes into Portland Cements | Novel Applications 1 | 2003 |
| Bialecka, Barbara | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Bialecka, Barbara | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Bickel, Stephen H. | Risk Reduction at Ash Disposal Area No. 2 A Case Study TVA Johnsonville Fossil Plant New Johnsonville, Humphreys County, Tennessee | Ponds II | 2011 |
| Bigham, Jerry | Reclamation of an Abandoned Surface Coal Mined Land Using a Dry Flue Gas Desulfurization Product | Mining/Reclamation II | 2009 |
| Bigham, Jerry | Oxidation of FGD-CaSO3 and Effect on Soil Chemical Properties When Applied to the Soil Surface | Posters | 2007 |
| Bigham, Jerry | Increased Crop Yield and Economic Return and Improved Soil Quality Due to Land Application of FGD-Gypsum | Posters | 2005 |
| Bingham, Matthew | Quantifying the Costs of Subtitle C Regulation of Coal Combustion Residuals Using Site-Specific Data: Why Limitations in Publicly-Available Data Lead to Estimation Error | Environment II | 2011 |
| Bird, Jacqueline F. | A review of OCDO's CCP initiatives: a program perspective | Institutional and Government Programs | 1999 |
| Bird, Richard | CCR Pond Dewatering - Critical Planning and Characterization Tasks | Ponds IV | 2017 |
| Birdwell, Steven R. | Stabilization of Dredge Spoils to Meet Environmental and Geotechnical Performance Criteria | Beneficiation III | 2011 |
| Biswas, Debabrata | Utilization of Silo Stored and Ponded Class C Fly Ash in Road Bases | Novel Applications 1 | 2003 |
| Bitcha, B. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Bittner, Andrew B | CCP Beneficial Use Risk Assessment: Case Studies for Three Different Applications | Beneficiation and Processing I | 2019 |
| Bittner, Andrew B | Evaluating Climate Change Impacts on CCR Surface Impoundments and Landfills | Landfill and Pond Issues X | 2019 |
| Bittner, Andrew B | Risk-based Considerations for Establishing Alternative Groundwater Standards at Coal Combustion Product Sites | Regulatory Issues II | 2019 |
| Bittner, Andrew B | Evaluation of Groundwater Protectiveness of Potential Surface Impoundment Closure Options | Groundwater and Environment VI | 2017 |
| Bittner, Andrew B | Groundwater Assessment Framework to Evaluate Relative Impacts of Surface Impoundment Closure Options | Posters | 2015 |
| Bittner, James D. | Separation Technologies' Automated Fly Ash Beneficiation Process selected for New Korean Power Plant | Beneficiation I | 2013 |
| Bittner, James D. | Polish Chemical Plant Utilizes Separation Technologies’ Carbon Removal Process | Beneficiation II | 2011 |
| Bittner, James D. | Fly Ash Carbon Separation and Ammonia Removal at Tampa Electric Big Bend | Beneficiation/Handling I | 2009 |
| Bittner, James D. | Triboelectrostatic Fly Ash Beneficiation: An Update on Separation Technologies’ International Operations | UBC - Beneficiation of High-LOI Fly Ash - P.M. | 2005 |
| Bittner, James D. | Removing Ammonia from Fly Ash | Ammonia | 2001 |
| Bittner, James D. | STI’s Six Years of Commercial Experience in Electrostatic Benefication of Fly Ash | Beneficiation I | 2001 |
| Bjorklund, Brian | Multiple Lines of Evidence Facilitate Background Groundwater Well Selection in a Geologically Complex Site | Groundwater and Environment III | 2017 |
| Blackburn, Darryl | Correlation of Mechanical and Structural Properties of Fly ash Filled–isotactic Polypropylene Composites | New Products IV | 2009 |
| Blackford, Mark | Particulate Emissions from Combustion of a Coal+Tire Blend | Chemistry 1 | 2005 |
| Blevins, Brett | Designing Stormwater Management Systems & Constructability Issues Associated with Active Ash Pond Closures | Ponds V | 2015 |
| Blevins, Brett | Managing an Active Ash Pond During Dry Ash Conversion and Pond Closure | Ponds IV | 2015 |
| Blissett, Robert | Can density based coal processing techniques be applied to fly ash benefication? | Beneficiation II | 2013 |
| Blondin, Jacques | Hydration of combustion ashes - a chemical and physical study | Concrete and Cement | 1999 |
| Bodine, Brad | CONDITIONS OF COAL ASH EMBANKMENTS | Ponds V | 2015 |
| Bodine, Dan | Geotechnical Design Considerations for Landfill Construction Over an Ash Pond | Mining/Reclamation III | 2009 |
| Bohler, Justin David | Application of Fly Ash in ASHphalt Concrete: from Challenges to Opportunities | Cement & Concrete VI | 2013 |
| Boivin, William A | Stabilization of FGD Wastewater Using Coal Fly
Ash & Lime | Posters | 2015 |
| Bolea, Irene | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Bolender, Justin L. | Steam Electric Power Generating Facilities: Meeting Future Wastewater Treatment Requirements | Environmental III | 2013 |
| Bollinger, Michael F. | Closure of Unlined CCR Impoundments: Working with State and Federal Agencies to Develop a Mutually Acceptable Solution | Environment II | 2011 |
| Bonakdar, Aboozar | Modeling of Sulfate Resistance of Flyash Blended Cement Concrete Materials | Cement and Concrete I | 2007 |
| Bond, James | Low temperature plasma ashing of coal for quantitative mineral analysis | Chemistry V | 2013 |
| Bonds, Scott E | Geotechnical Instrumentation to Measure Pore-water Pressure and Settlement of an Ash Pond due to Construction of an Ash Landfill (Overfill) | Ponds VII | 2015 |
| Bong, Taeho | Changes in Crushing and Granularity Characteristics of Bottom ash as Compaction Energy | Posters | 2013 |
| Bong, Taeho | The Creep Behavior of Bottom Ash by controlling size at Undrained condition | Posters | 2013 |
| Bonora, Alyssa M | Compressive, Flexural, and Tensile Strengths of Various Mortar Mixes Containing Synthetic Lightweight Aggregate | Cement and Concrete II | 2017 |
| Booth, Andy P. P. G. | Comparative Performance of Beneficiated Run-of-Station Fly Ash as Cement | Cement and Concrete 3 | 2005 |
| Borojovich, Eitan J.C. | Fly Ash as a Potential Scrubber for Low Activity Radioactive Wastes | Environmental II | 2009 |
| Borowski, Brian | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial | Cement and Concrete VII | 2007 |
| Borrego, Angeles G. | Multicomponent Utilization of Fly Ash: Dream or Reality | Beneficiation I | 2001 |
| Bosak, Arie | Lime & fly ash treated biosolids - a valuable agricultural additive | Agriculture II | 2015 |
| Bose, Salil | FGD Gypsum Filters Remove Soluble Phosphorus from Agricultural Drainage Waters | Environment VI | 2011 |
| Bostick, Kent | Monitoring Well Integrity and Performance – What is Happening Underground? | Groundwater and Environment V | 2019 |
| Botha, Francois | Development of Wood-Substitute Composites from FGD Sulfite-Rich Scrubber Material and Waste Plastic Bottles While Taming Potential Mercury Reemission | New Products I | 2009 |
| Botha, Francois D. | Commercialization of Fired Paving Bricks with Class F Fly Ash from Illinois Basin Coals | Posters | 2005 |
| Botha, Francois D. | Manufacturing Commercial Bricks with Illinois Coal Fly Ash | Bulk 2 | 2003 |
| Bove, John | Proactive Pre-Drainage Criteria for Hybrid Ash Basin Closure | CCP Storage and Management II | 2019 |
| Bowman, Frank | Leachability of Arsenic and Selenium in Submicron Coal Fly Ash | Chemistry II | 2011 |
| Boxley, Chett | Beneficiation and Utilization of Fly Ash Containing Mercury Impregnated Activated Carbon | Beneficiation/Handling II | 2009 |
| Bozok, Omer | Geotechnical Considerations in Surface Impoundment Management and Closure | Ponds II | 2017 |
| Bozok, Omer | CONDITIONS OF COAL ASH EMBANKMENTS | Ponds V | 2015 |
| Bozok, Omer | Reliability Analysis of an Existing Ash Basin Embankment | Ponds VI | 2015 |
| Bozok, Omer | Use of Instrumented Test Fill to Assess Static Liquefaction of Impounded Fly Ash | Liquefaction I | 2013 |
| Bradley, J. P. | Clay formation during weathering of alkaline coal fly ash | Chemistry and Mineralogy | 1999 |
| Bradley, Lisa J. N. | An Approach to Using Geochemical Analysis to Evaluate the Potential Presence of Coal Ash Constituents in Drinking Water | Chemistry II | 2017 |
| Bradley, Lisa J. N. | Coal Ash Risk Assessments – What Do They Tell Us? | Ponds I | 2015 |
| Bradley, Lisa J. N. | Risk-Based Groundwater and Surface Water Investigation to Evaluate Potential Environmental Impact of Coal Ash Management Practices at Coal-Fired Power Plants | Reclamation II | 2015 |
| Bradley, Lisa J. N. | Coal Ash Material Safety - A Health Risk-Based Evaluation of USGS Coal Ash Data from Five US Power Plants | Chemistry IV - Toxicity | 2013 |
| Bradley, Lisa J. N. | Comparison of Risks for Leachate from Coal Combustion Product Landfills and Impoundments with Risks for Leachate from Municipal Solid Waste Landfill Facilities | Ponds III | 2011 |
| Bradley, Lisa J. N. | Is Coal Ash Toxic? - 2011 WOCA Plenary PODCAST | Keynote | 2011 |
| Bradley, Lisa J. N. | Is Coal Ash Toxic? - 2011 WOCA Plenary PPT | Keynote | 2011 |
| Bradley, Lisa J. N. | In Vivo Bioavailability of Arsenic in Coal Combustion By-products | Posters | 2009 |
| Bradley, Lisa J. N. | PAHs and Dioxins Not Present in Fly Ash at Levels of Concern | Posters | 2009 |
| Bradshaw, Dale T. | Coal may be challenged, but coal is not dead! | Classification I | 2015 |
| Bradshaw, Dale T. | Commercial Recovery of Metals from Coal Ash | Chemistry I | 2015 |
| Bradshaw, Dale T. | The Time Has Come to Mine and Refine Coal Ash | Beneficiation III | 2011 |
| Bradshaw, Sabrina L. | Leaching from Roadways Stabilized with Fly Ash: Data Assessment and Synthesis | Utilization I | 2015 |
| Bradshaw, Sabrina L. | Quantifying the Benefits of Flue Gas Desulfurization Gypsum in Sustainable Wallboard Production | Beneficiation IV | 2011 |
| Branam, Tracy D. | Geochemical characterization of coal-combustion byproducts and numerical simulations of their long-term effects as capping materials at coal mine reclamation sites | Reclamation I | 2015 |
| Branam, Tracy D. | Weathering and Leaching Characteristics of a Fixated Scrubber Sludge Cap at an Abandoned Mine Site in Pike County, Indiana | Chemistry III | 2013 |
| Branam, Tracy D. | Trace element partitioning in ground water at an abandoned mine-land site reclaimed with coal combustion products | Environmental Aspects | 1999 |
| Brandner, Edward D. | A New Fly Ash Separator Combining Magnetic Forces with Air Drag | Beneficiation 2 | 2003 |
| Brandwood, Roger | Characterisation of Pulverised Fuel Ash Derived from Coal and Biomass Co-firing and their Utilisation into Value Added Products | Beneficiation/Handling I | 2009 |
| Breighner, Erica B. | Reclaiming Western Maryland Abandoned Mines Using Coal Combustion By-Products | Posters | 2009 |
| Breland, Glen E. | Evaluation of Inductively Coupled Plasma (ICP) False Positives for Arsenic and Trace Metals Analysis in Coal Ash and Coal Ash Media | Environment V | 2011 |
| Brennan, Peter | Northwich - grouting using 1,000,000 tonnes of conditioned PFA from Drax Power Station | Mining I | 2007 |
| Brickett, Lynn A. | Methods for Testing Trace Metal Mobility in Coal Fly Ash and FGD Solids | Chemistry/Mineralogy I | 2009 |
| Brickett, Lynn A. | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial | Cement and Concrete VII | 2007 |
| Brickett, Lynn A. | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent | Mercury II | 2007 |
| Brickett, Lynn A. | Quantitation and Interpretation of Release of Mercury from Coal Utilization By-Products | Chemistry 2: Mercury | 2005 |
| Brien, Josh | The Utilization Potential of Anthracite CFBC Spent Bed Fly Ash as a Concrete Additive | Aggregates IV | 2011 |
| Briggs, Al | Sustainable Closure of Fly Ash Impoundments | Project-Specific Case Studies I | 2019 |
| Briggs, Al | Sustainable Closure of Fly Ash Impoundments | Ponds XII | 2017 |
| Briggs, Christian | Mercury Release from Soils Amended with Flue Gas Desulfurization Solids | Environment II | 2011 |
| Briggs, Nicole | Evaluating Climate Change Impacts on CCR Surface Impoundments and Landfills | Landfill and Pond Issues X | 2019 |
| Brower, Stephen D. | Development and Implementation of a Quality Assurance Program for the TVA Kingston Ash Recovery Project | Ponds II | 2011 |
| Brown, Brigitte | Leaching from Roadways Stabilized with Fly Ash: Data Assessment and Synthesis | Utilization I | 2015 |
| Brown, Douglas N. | Introduction of a Novel Approach - Beneficial Reuse of CCP's to Dramatically Reduce Landfill Airspace Construction Costs | Ponds I | 2011 |
| Brown, Drusilla | Optimization and economic evaluation of coal fly ash reuse in new synthetic lightweight aggregates | New Products | 1999 |
| Brown, Justin | Investigating Effects of Temperature on Fly Ash Encapsulation Paste | Emerging Technologies II | 2019 |
| Brown, S. A. | The Effect of Ettringite Formation on Expansion Properties of Compacted Spray Dryer Ash | Environmental Benefits II | 2001 |
| Brown, Steven D. | Leaching of Mixtures of Biochar and Fly Ash | Environmental III | 2009 |
| Brown, Wade | Mechanical, Fire and Insulation Properties of Polymer Ash Composites | Emerging Technologies I | 2019 |
| Brown, Wade | A Solution to Ponded Coal Ash | Ponds XI | 2017 |
| Brownfield, Isabelle K. | Mode of Occurrence of Arsenic in Feed Coal and its Derivative Fly Ash, Black Warrior Basin, Alabama | Chemistry and Mineralogy I | 2001 |
| Brownfield, Isabelle K. | Dispersed volcanic ash in feed coal and its influence on coal combustion products | Posters | 1999 |
| Brownfield, Michael E. | Chemical variation of feed coal and coal combustion products from an Indiana power plant utilizing low sulfur Powder River Basin coal | Posters | 1999 |
| Brownfield, Michael E. | Dispersed volcanic ash in feed coal and its influence on coal combustion products | Posters | 1999 |
| Brunet, Jean-Patrick L. | Reactive Transport Modeling of FGD Gypsum Bed to Simulate Time Dependent Dissolution, Porosity Evolution, and Leachate Composition | Posters | 2013 |
| Bryant, Mark M. | Effect of Cenospheres on Flyash Brick Properties | Emerging Technology II | 2007 |
| Bryant, Mark M. | Commercialization of Fired Paving Bricks with Class F Fly Ash from Illinois Basin Coals | Posters | 2005 |
| Bryant, Ray B. | FGD Gypsum Filters Remove Soluble Phosphorus from Agricultural Drainage Waters | Environment VI | 2011 |
| Buck, John K. | Bottom Ash Fines as a Soil Amendment for Turfgrass and Site Closure – Laboratory and Mesocosm Studies at PPL Brunner Island and Montour Steam Electric Station | Agriculture 3 | 2005 |
| Buckley, Tera D. | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal | LOI/Beneficiation/Handling I | 2007 |
| Buckley, Tera D. | Current Status of Spray Dryer Absorber Material Characterization and Utilization | FGD I | 2007 |
| Buckley, Tera D. | National Synthesis on Regulations, Standards, and Practices Related to the Use of Coal Combustion Products | Regulations & Standards II | 2007 |
| Buckley, Tera D. | Review of State Regulations, Standards, and Practices, Related to the Use of Coal Combustion Products: Texas Review Case Study | Policy 3 | 2005 |
| Buda, Athony R. | FGD Gypsum Filters Remove Soluble Phosphorus from Agricultural Drainage Waters | Environment VI | 2011 |
| Buffalini, Rick J | Hydrologic Modeling Associated with Permitting an Expansion of a Coal Combustion Products Landfill | Landfill and Pond Issues VII | 2019 |
| Buffalini, Rick J | Performance of an Alternative Final Cover System at the Little Blue Run Disposal Area | Ponds IX | 2017 |
| Bugg, Sherry | CCP Facility Master Closure Strategies | Waste Management IX | 2015 |
| Bullard, Jeffrey | Linking Fly Ash Composition to Performance in Cementitious Systems | Cement & Concrete VIII | 2015 |
| Bullock, Allen | The Future of Geomembrane Installation: Utilizing Smart Technology &
Data Acquisition To Enhance Installation Standards, Project QC/QA and
Reporting | Posters | 2019 |
| Bumrongjaroen, Walairat | A Performance-based Fly Ash Classification System Using Glassy Particle Chemical Composition Data | Cement and Concrete III | 2011 |
| Bumrongjaroen, Walairat | A Figure of Merit for Fly Ash Replacement of Portland Cement | Cement and Concrete III | 2009 |
| Bumrongjaroen, Walairat | Characterization of Glassy Phases in Fly Ash by Particle SEM | Chemistry/Mineralogy II | 2009 |
| Bumrongjaroen, Walairat | Application of Glass Corrosion Tests to the Reactivity of Fly Ash | Chemistry & Mineralogy III | 2007 |
| Bumrongjaroen, Walairat | Optimization of Silica Fume, Fly Ash and Cement Mixes for High Performance Concrete | Cement and Concrete 9 | 2005 |
| Burchett, M. D. | Prospects for Coal Ash in the Management of Australian Soils | Agriculture 2 | 2005 |
| Burgers, Colleen L. | Inter-laboratory Comparison of Leaching Methods | Posters | 2005 |
| Burgers, Colleen L. | Utilization of South African Fly Ash to Treat Acid Coal Mine Drainage, and Production of High Quality Zeolites from the Residual Solids | Environment 3 | 2003 |
| Burgos, Silvia | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Burket, Paul R. | Immobilization of Radioactive Waste in Fly Ash Based Geopolymers | Environment V | 2011 |
| Burkett, William | Environmental Properties of Fly Ash Bricks | Construction | 2009 |
| Burkett, William | Test of Mercury Vapor Emission from Flyash Bricks | Mercury I | 2007 |
| Burkett, William | Improving Freezing and Thawing Properties of Fly Ash Bricks | New Products 1 | 2005 |
| Burns, Susan E. | Evolution of the Properties of Organic Matter and Mineral Phases of Reclaimed Coal Fly Ash | Rare Earth Elements I | 2017 |
| Burns, Susan E. | The Effects of Wood Source and Combustion Conditions on Properties of Biomass Fly Ash | FGD III | 2017 |
| Burns, Susan E. | The Early Age Behavior of Biomass Fired and Co-fired Fly Ash in Concrete | Cement and Concrete I | 2011 |
| Bush, Ted W. | Separation Technologies' Automated Fly Ash Beneficiation Process selected for New Korean Power Plant | Beneficiation I | 2013 |
| Butalia, Tarunjit S. | Dynamic Liquefaction of Ponded Fly Ash | CCP Storage and Management V | 2019 |
| Butalia, Tarunjit S. | Beneficial Utilization of Chinese Dry Flue Gas Desulfurization Materials for Stabilization of Weak Soils | Agriculture II | 2015 |
| Butalia, Tarunjit S. | Development of Key Technologies for Dry FGD By-Product Resource Comprehensive Utilization: A Project History | China Delegation II | 2015 |
| Butalia, Tarunjit S. | Dynamic Liquefaction Potential of Impounded Class F Fly Ash | Ponds VII | 2015 |
| Butalia, Tarunjit S. | Impact of Coal Mine Reclamation Using Coal Combustion By-products (CCBs) on Groundwater Quality: Two Case Studies | Reclamation I | 2015 |
| Butalia, Tarunjit S. | Leaching of Dry Flue Gas Desulfurization Materials from Different Flue Gas Cources in China | FGD I | 2015 |
| Butalia, Tarunjit S. | Using Stabilized Flue Gas Desulfurization Material to Reclaim Highwalls and Mitigate Acid Mine Drainage | Reclamation II | 2015 |
| Butalia, Tarunjit S. | Dry FGD By-Product Characteristics and Utilization - International Perspective | FGD I | 2013 |
| Butalia, Tarunjit S. | Laboratory and Pilot-Scale Field Testing of CCB Flowable Grout for Mining of Coal | Utilization II | 2013 |
| Butalia, Tarunjit S. | Laboratory Testing of Woven and Non-Woven Geocomposites for Use in CCB Landfill Drainage Systems | Ponds II | 2013 |
| Butalia, Tarunjit S. | Liquefaction Potential of Impounded Class F Fly Ash | Liquefaction I | 2013 |
| Butalia, Tarunjit S. | Spatial and Temporal Variations of Groundwater Chemistry Before and During Coal Mine Reclamation Using Flue Gas Desulfurization (FGD) Materials | Chemistry V | 2013 |
| Butalia, Tarunjit S. | FGD By-Product Utilization at Ohio Coal Mine Sites: Leaching Studies and Life Cycle Assessment | Mining and Reclamation II | 2011 |
| Butalia, Tarunjit S. | Impacts of Reclamation and Remining on Watersheds of Pre-Law Legacy Coal Mines | Mining and Reclamation I | 2011 |
| Butalia, Tarunjit S. | Laboratory Analysis of Geocomposites for Use in Drainage Systems in CCP Landfills | Aggregates II | 2011 |
| Butalia, Tarunjit S. | Structural Monitoring of Full-Scale Asphalt Pavements Reclaimed Using Class F Fly Ash | Aggregates III | 2011 |
| Butalia, Tarunjit S. | Beneficial Use of FGD By-products in Mine Land Reclamation | Mining/Reclamation II | 2009 |
| Butalia, Tarunjit S. | Full-Depth Reclamation of Asphalt Pavements Using Lime-Activated Class F Fly Ash: Structural Monitoring Aspects | Aggregates/Geotechnology I | 2009 |
| Butalia, Tarunjit S. | Use of Lime-Activated Class F Fly Ash in the Full-Depth Reclamation of Asphalt Pavements: Environmental Aspects | Aggregates/Geotechnology I | 2009 |
| Butalia, Tarunjit S. | Evaluation of Liquefaction Potential of Impounded Fly Ash | Environmental III | 2007 |
| Butalia, Tarunjit S. | Full Depth Reclamation of Asphalt Pavements Using Class F Fly Ash | Aggregates/Geotechnology I | 2007 |
| Butalia, Tarunjit S. | The Consolidation Characteristics of Impounded Class F Fly Ash – A Case History | Ash Facility Management I | 2007 |
| Butalia, Tarunjit S. | Chemical Composition and Engineering Properties of Solid By-products Collected from the Ohio State Carbonation and Ash Reactivation (OSCAR) Process | Chemistry 7 | 2005 |
| Butalia, Tarunjit S. | Characterization of Hg, As and Se in Lime Spray Dryer Ash | FGD 1 | 2003 |
| Butalia, Tarunjit S. | Long-Term Permeability Monitoring of an FGD-Lined Pond Facility | Environmental Benefits II | 2001 |
| Butalia, Tarunjit S. | Short and Long Term Variability of Flue Gas Desulfurization By-Product | Chemistry and Mineralogy I | 2001 |
| Butalia, Tarunjit S. | The Behavior of Coal Combustion Products in Structural Fills - A Case History | Construction Products I | 2001 |
| Butalia, Tarunjit S. | The Effect of Ettringite Formation on Expansion Properties of Compacted Spray Dryer Ash | Environmental Benefits II | 2001 |
| Butalia, Tarunjit S. | Utilization of Ohio Coal Combustion Products | Environmental Benefits I | 2001 |
| Butalia, Tarunjit S. | Effect of freeze-thaw cycling on the mechanical properties of FGD by-products | Durability Issues/Ettringite | 1999 |
| Butalia, Tarunjit S. | Potential use of FGD as a flowable-fill | Construction and Evolution of CCPs | 1999 |
| Butler, Steven | Detector Tube Method for Ammonia Compared to Ion Selective Electrode for Selected Class C and Class F Fly Ash | Posters | 2011 |
| Butler, Steven | Testing the Ammonia Content of Class F Fly Ash | Chemistry I | 2011 |
| Butler, Steven | Testing the Ammonia Content of Class F Fly Ash - Poster | Posters | 2011 |
| Butselaar-Orthlieb, V.C.L. | High Strength Geopolymers from Fractionated and Pulverized Fly Ash | Cement and Concrete VIII | 2009 |
| Byard, Ben | High Volume Fly Ash Concrete | Cement and Concrete VII | 2007 |
| Cabral, Antonio Eduardo B. | Evaluation of Empirical and Empirical Mechanistic Methods for Interconnected Concrete Pavement with Bottom Ashes | Cement and Concrete VIII | 2019 |
| Cabral, Antonio Eduardo B. | Evaluation of the Application of Bottom Ashes from Thermoelectric in Concrete Blocks for Pavements | Posters | 2019 |
| Cabral, Antonio Eduardo B. | The influence of Spray dryer ash from Pecém’s thermoelectric power plant on the rheological behavior of mortars used as external rendering | Cement and Concrete III | 2019 |
| Cabral, Antonio Eduardo B. | Feasibility of Coal Ash Utilization from Pecem Power Plant Landfill in Concrete | Cement and Concrete VII | 2017 |
| Cabral, Antonio Eduardo B. | Use of coal ash from thermal power plant in coating mortar | Beneficial Use III | 2017 |
| Cabral, Antonio Eduardo B. | Performance Assessment of Concrete with Partial Replacement of Portland Cement by Coal Ash | Posters | 2013 |
| Cai, Xiaoliang | Fly Ash-based Geopolymer Foam Technology for Thermal Insulation and Fire Protection Applications | Utilization II | 2015 |
| Caires, William S. | Class C Mixtures as Alternates to Portland-cement-based Foundation Concrete | Cement and Concrete VI | 2011 |
| Caldas-Vieira, Fernando | European Product Standards - Update on status and changes with relevance to CCPs | Regulations I | 2013 |
| Caldas-Vieira, Fernando | Impact of Political Decisions on Production and Use of Coal Combustion Products in Europe | Regulations II | 2013 |
| Callaghan, Dennis P. | Creating “Bullet-Proof” Environmental Information – A Case Study in Driving an Emergency Response to a Highly Managed Process | Kingston II | 2011 |
| Calus-Moszko, Joanna | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Calus-Moszko, Joanna | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Camacho, Lucy Mar | Combined Statistical Model for the Leaching of Heavy Metals from Fly Ash Solidified/Stabilized Wastes | Environmental Benefits III | 2001 |
| Camoes de Azevedo, Aires Fernando F. L. | Durability of Low Cost High Performance Fly Ash Concrete | Concrete 2 | 2003 |
| Campbell, Kenny | Extensive Real Time Monitoring of Ash Response to Construction-Induced Activity | Geotech II | 2019 |
| Cangialosi, Federico | Automated Foam Index Testing: A Quantitative Approach to Measure the Capacity and Dynamics During Air Entraining Agent Uptake | Cement or Concrete I | 2009 |
| Cangialosi, Federico | Characteristics of Fly Ashes and Processing Conditions Affecting Carbon-Ash Separation under Pneumatic Transport, Triboelectric Processing | UBC - Beneficiation of High-LOI Fly Ash - A.M. | 2005 |
| Cangialosi, Federico | Combustion Reactivity of Unburned Carbon in Coal Combustion Fly Ashes | UBC - Characterization of High-LOI Fly Ash | 2005 |
| Canon-Rothkopf, Jennifer | Monitoring Well Integrity and Performance – What is Happening Underground? | Groundwater and Environment V | 2019 |
| Cao, M L | Performance of Ultra-fine Fly Ash in Concrete | China Delegation II | 2015 |
| Carabin, Pierre | Plasma Gasification and Vitrification of Ash – Conversion of Ash into Glass-like Products and Syngas | Emerging Technology I | 2007 |
| Caramuscio, Pompilio | Characteristics of Fly Ashes and Processing Conditions Affecting Carbon-Ash Separation under Pneumatic Transport, Triboelectric Processing | UBC - Beneficiation of High-LOI Fly Ash - A.M. | 2005 |
| Caramuscio, Pompilio | Combustion Reactivity of Unburned Carbon in Coal Combustion Fly Ashes | UBC - Characterization of High-LOI Fly Ash | 2005 |
| Carbonneau, Kris | Comparison of Risks for Leachate from Coal Combustion Product Landfills and Impoundments with Risks for Leachate from Municipal Solid Waste Landfill Facilities | Ponds III | 2011 |
| Carcel, Radu Adrian | Fly Ash Substrates for Complex Wastewater Treatment | Environment VII | 2011 |
| Cardona, Nancy | In-Situ Lime Stabilization of Ponded CCRs – Results of an Ongoing Laboratory Feasibility Study | Waste Management X | 2015 |
| Cardone, Carol R. | Release of Ammonium and Mercury From Nox Controlled Fly Ashes | Posters | 2007 |
| Cardone, Carol R. | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor | Posters | 2007 |
| Cardone, Carol R. | Leaching of CUB Using a CSTX | Chemistry 7 | 2005 |
| Cardone, Carol R. | Release of Ammonia from SCR / SNCR Fly Ashes | Posters | 2005 |
| Caris, Melanie | CFBC Ash Hydration Studies | FGD 1 | 2003 |
| Carlson, James | Using the Moisture-Deficient Characteristics of Dry Scrubber Ash and an Arid Location to Develop a State-Approved Alternative Landfill Design: The Sunflower Electric Power Corporation Holcomb Landfill, Holcomb Kansas | Ash Facility Management II | 2007 |
| Carraro, J. Antonio H. | Beneficial Use of Off-Specification Fly Ash to Improve the Small-Strain Stiffness of Expansive Soil-Rubber Mixtures | Aggregates I | 2011 |
| Carriker, Neil | Development of a Long-Term Monitoring Plan for the Kingston Ash Spill | Kingston II - Results in CERCLA and NRDA Processes | 2013 |
| Carriker, Neil | Human and Ecological Risk Assessment for the TVA Kingston Fly Ash Recovery Project | Kingston II - Results in CERCLA and NRDA Processes | 2013 |
| Carriker, Neil | Porewater Studies Subsequent to the Kingston Ash Event | Environmental I | 2013 |
| Carriker, Neil | Assessing Risks in a Dynamic Environment –The TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Carriker, Neil | Baseline Ecological Risk Assessment for the TVA Kingston Fly Ash Recovery Project | Posters | 2011 |
| Carriker, Neil | Characterization of Coal Fly Ash Associated with a Release of Fly Ash at TVA’s Kingston Fossil Plant | Posters | 2011 |
| Carriker, Neil | Evaluation of Human Health Risk from Potential Exposures to Fly Ash at the TVA Kingston Fly Ash Recovery Project | Posters | 2011 |
| Carriker, Neil | Fly Ash as a Potential Food Supplement? — Bioaccumulation in Critters Near the Kingston Ash Spill | Posters | 2011 |
| Carriker, Neil | Integrated Ecological Research TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Carriker, Neil | Integrated Ecological Research TVA Kingston Ash Recovery Project | Posters | 2011 |
| Carriker, Neil | So What Does It Mean? What Ecological Effects Has the Kingston Ash Spill Caused? | Posters | 2011 |
| Carriker, Neil | Water Quality Monitoring | Posters | 2011 |
| Carrillo-Sheridan, Margaret | In Situ Solidification and Stabilization of Coal Combustion Residuals: Potential Applications and Cost Analysis | Disposal III | 2017 |
| Carroll, Robert A. | Coal Combustion Products in Europe - Present situation and (near) future - Plenary PPT | Keynote | 2015 |
| Carroll, Robert A. | Coal Combustion Products in the United Kingdom and the Potential of Stockpile Ash | Classification I | 2015 |
| Carroll, Robert A. | Plenary Q-A session - Plenary Podcast (mp3) | Keynote | 2015 |
| Carroll, Robert A. | Robert Carroll -Coal Combustion Products in Europe - Present situation and (near) future - Plenary Podcast (mp3) | Keynote | 2015 |
| Carroll, Robert A. | Designation of Pulverised Fuel Ash and Furnace Bottom Ash as Wastes in the United Kingdom | Chemistry IV - Toxicity | 2013 |
| Carroll, Ryne | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Casaday, Alan D. | TVA CCR Disposal Facility Assessment | Ponds II | 2011 |
| Casteel, Stan | In Vivo Bioavailability of Arsenic in Coal Combustion By-products | Posters | 2009 |
| Castleman, John | Results in Reclaiming and Recycling Coal Combustion Residuals for Encapsulated Beneficial Reuse | Beneficial Use I | 2017 |
| Castleman, John | Reclaiming and Recycling Coal Fly Ash for Beneficial Reuse with the STARTM Process | Beneficiation I | 2015 |
| Castleman, John | Staged Turbulent Air Reactor (STAR) Beneficiation Process – Commercial Update | Beneficiation II | 2013 |
| Castleman, John | Commercial Update on Beneficiation Process Staged Turbulent Air Reactor (STAR) | Beneficiation II | 2011 |
| Cathcart, James D. | Chemical variation of feed coal and coal combustion products from an Indiana power plant utilizing low sulfur Powder River Basin coal | Posters | 1999 |
| Cathcart, James D. | Dispersed volcanic ash in feed coal and its influence on coal combustion products | Posters | 1999 |
| Catley, David G. | High Carbon Pulverized Fuel Ash as a Fuel Additive in Clay Bricks | Aggregates/Geotechnology IV | 2009 |
| Catt, Jacob | Sustainable Closure of Fly Ash Impoundments | Ponds XII | 2017 |
| Cazan, Cristina | Accelerated Aging Test of Composites Based on Rubber, Recycled Plastics and Fly Ash | New Products I | 2011 |
| Cazan, Cristina | Fly Ash in Optimized Composites Based on Recycled Plastics and Rubber | Posters | 2011 |
| Cazorla, Diego | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Cedzynska, Krystyna | Plasma vitrification of waste incinerator ashes | Posters | 1999 |
| Celik, Mehmet S. | Separation of Pozzolonic Material from Lignitic Fly Ash of Tuncbilek Power Station | Beneficiation I | 2001 |
| Cerimele, Guy | AEP’s CCR Impoundment Closure Projects - Lessons Learned, Insights
& Exemplary Practices | Ponds XV | 2017 |
| Cerimele, Guy | The Closure of AEP’s First Major Wet Fly Ash Pond - A Unique Owner-Contractor Collaboration | Ponds III | 2015 |
| Chakrabarthy, K. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Champagne, Kenneth J. | Parametric study of the column oil agglomeration of fly ash | Processing | 1999 |
| Chang, Ting-Yu | A fabrication on continuous coal ash derived ceramic fiber | Posters | 2015 |
| Chang, Yung-Nan | Emission and Leaching Potential of Mercury from Flue Gas Desulfurization (FGD) Byproducts Amended Soil | Agriculture II | 2009 |
| Chapman, Jeffryes | Full Depth Reclamation of Asphalt Pavements Using Class F Fly Ash | Aggregates/Geotechnology I | 2007 |
| Charhut, Dan | Dry Bottom Ash Handling Options and New Technology | Keynote | 2009 |
| Charles, Jennifer | Alternative Final Cover System Demonstrations and the Associated Benefits | Landfill and Pond Issues IX | 2019 |
| Charles, Jennifer | An Economic Approach to Dewatering Coarse-Grained Coal Combustion Residuals | Regulations | 2017 |
| Chattopadhyay, G. N. | Recycling of Coal Ash in Agriculture: Use of Vermicomposting Biotechnology | Geotech III | 2019 |
| Chelaru, Andreea | Zeolite Materials Obtained from Fly Ash Used for Removal of Heavy Metals and dye from Complex Wastewaters | Beneficial Use III | 2017 |
| Chemler, Joseph A. | Plant Growth in Sandy Soil/Compost Mixture and Commercial Peat Moss both Amended with Illinois Coal Fly Ash | Posters | 2005 |
| Chen, Liming | Effects of Flue Gas Desulfurization Products as Soil Amendments to Improve Water Quality | Agriculture I | 2013 |
| Chen, Liming | Performance and Mechanism of Alkali-Activated Complex Binders of High-Ca Fly Ash and Other Ca-Bearing Materials | Cement and Concrete VI | 2009 |
| Chen, Liming | Reclamation of an Abandoned Surface Coal Mined Land Using a Dry Flue Gas Desulfurization Product | Mining/Reclamation II | 2009 |
| Chen, Liming | Oxidation of FGD-CaSO3 and Effect on Soil Chemical Properties When Applied to the Soil Surface | Posters | 2007 |
| Chen, Liming | Increased Crop Yield and Economic Return and Improved Soil Quality Due to Land Application of FGD-Gypsum | Posters | 2005 |
| Chen, Liming | Flue Gas Desulfurization By-products as Lime and Sulfur Sources for Alfalfa and Soybean | Posters | 2001 |
| Chen, Linxi | Boron Treatment Technology for CCR Wastewater, Ash Leachate, and Groundwater | Groundwater and Environment I | 2017 |
| Chen, Linxi | CCR Microparticulates and the Trouble They Cause | Ponds XIII | 2017 |
| Chen, Linxi | Sulfur-Oxidizing Bacteria Convert Problematic Waste into Marketable Resource | FGD III | 2017 |
| Chen, Lu-Ming | Physical and Microstructure Analyses of Fired
Bricks Containing IGCC Slag | Posters | 2015 |
| Chen, Lu-Ming | Producing Fired Bricks Using Coal Slag from a Gasification Plant in Indiana | Construction | 2009 |
| Chen, Qingru | Coal Ash Beneficiation and Utilization in Coal Separation Process | Posters | 2005 |
| Chen, Shi G. | Influence of Alkali activator Dosage on Strength of CFBC Fly Ash Based Geopolymer | Posters | 2017 |
| Chen, Xu | Ozonation for the Chemical Modification of Carbon Surfaces in Fly Ash | New Products II | 2001 |
| Chen, Yongrui | Beneficial Utilization of Chinese Dry Flue Gas Desulfurization Materials for Stabilization of Weak Soils | Agriculture II | 2015 |
| Chen, Yongrui | Development of Key Technologies for Dry FGD By-Product Resource Comprehensive Utilization: A Project History | China Delegation II | 2015 |
| Chen, Yongrui | Development of Dry FGD By-Product Utilization as Building Materials in China | Utilization I | 2013 |
| Chenevey, Peter M. | Considerations in the Development of a Coal Combustion Products Landfil | Ponds & Landfills I | 2013 |
| Cheng, Chin-Min | Dynamic Liquefaction of Ponded Fly Ash | CCP Storage and Management V | 2019 |
| Cheng, Chin-Min | Beneficial Utilization of Chinese Dry Flue Gas Desulfurization Materials for Stabilization of Weak Soils | Agriculture II | 2015 |
| Cheng, Chin-Min | Impact of Coal Mine Reclamation Using Coal Combustion By-products (CCBs) on Groundwater Quality: Two Case Studies | Reclamation I | 2015 |
| Cheng, Chin-Min | Leaching of Dry Flue Gas Desulfurization Materials from Different Flue Gas Cources in China | FGD I | 2015 |
| Cheng, Chin-Min | Using Stabilized Flue Gas Desulfurization Material to Reclaim Highwalls and Mitigate Acid Mine Drainage | Reclamation II | 2015 |
| Cheng, Chin-Min | Spatial and Temporal Variations of Groundwater Chemistry Before and During Coal Mine Reclamation Using Flue Gas Desulfurization (FGD) Materials | Chemistry V | 2013 |
| Cheng, Chin-Min | Emission and Leaching Potential of Mercury from Flue Gas Desulfurization (FGD) Byproducts Amended Soil | Agriculture II | 2009 |
| Cheng, Chin-Min | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon | Mercury I | 2007 |
| Cheng, Chin-Min | Mechanisms Controlling Leaching Kinetics of Fixated Flue Gas Desulfurization (FGD) Material: the pH Effect | FGD 2 | 2003 |
| Cheng, Shih-Hao | Properties of CLSM Separation Dike using Coal Ash | Posters | 2013 |
| Cheng-x, Chin-Min | FGD By-Product Utilization at Ohio Coal Mine Sites: Leaching Studies and Life Cycle Assessment | Mining and Reclamation II | 2011 |
| Chiang, Po-Han | Emission and Leaching Potential of Mercury from Flue Gas Desulfurization (FGD) Byproducts Amended Soil | Agriculture II | 2009 |
| Chimenos, Jose M. | Germanium and Gallium Extraction from Gasification Fly Ash: Optimisation for the Up-Scaling of a Recovery Process | Posters | 2009 |
| Chimenos, Jose M. | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Chin, Yu-Ping | Acid mine drainage abatement using flue gas desulfurization byproduct: water quality aspects | Haulback/Remediation | 1999 |
| Chintalapalle, Ramana V. | Influence of Coal Fly Ash on Mechanical Properties of Mortar Consisting of Total Dissolved Solids | Cement & Concrete V | 2013 |
| Chmelka, Bradley | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Cho, Hee Chan | Adsorption Behavior of Heavy Metals on NaP1 Zeolite Synthesized from Coal Bottom Ash | Posters | 2009 |
| Cho, Hee Chan | Characteristic of Magnetic-Substance Classification from Coal Bottom Ash using Wet Magnetic Separator | Aggregates/Geotechnology V | 2009 |
| Cho, Hee Chan | Manufacture of Cementitious Materials with Coal Combustion Bottom Ash and FGD gypsum | Cement and Concrete IV | 2009 |
| Choi, Wooseok | Changes in Crushing and Granularity Characteristics of Bottom ash as Compaction Energy | Posters | 2013 |
| Choi, Wooseok | Evaluation of Heavy Metal Contamination and Geochemical Characteristics of CCPs in Korea | Posters | 2013 |
| Choi, Young Chul | Analytical Determination of REEs in Coal Fly Ash and its Application in Two REE Recovery Processes: Aqueous Leaching and Plasma Arc Gasification | Rare Earth Elements I | 2019 |
| Choi, Young Chul | Preliminary Techno-Economic Evaluation of a Novel Membrane Based Separation and Recovery Process for Rare Earth Elements from Coal Combustion Residues | Rare Earth Elements II | 2017 |
| Chou, Mei-In Melissa | Physical and Microstructure Analyses of Fired
Bricks Containing IGCC Slag | Posters | 2015 |
| Chou, Mei-In Melissa | Producing Fired Bricks Using Coal Slag from a Gasification Plant in Indiana | Construction | 2009 |
| Chou, Mei-In Melissa | Commercialization of Fired Paving Bricks with Class F Fly Ash from Illinois Basin Coals | Posters | 2005 |
| Chou, Mei-In Melissa | Plant Growth in Sandy Soil/Compost Mixture and Commercial Peat Moss both Amended with Illinois Coal Fly Ash | Posters | 2005 |
| Chou, Mei-In Melissa | Manufacturing Commercial Bricks with Illinois Coal Fly Ash | Bulk 2 | 2003 |
| Chou, Sheng-Fu J. | Producing Fired Bricks Using Coal Slag from a Gasification Plant in Indiana | Construction | 2009 |
| Chou, Sheng-Fu J. | Commercialization of Fired Paving Bricks with Class F Fly Ash from Illinois Basin Coals | Posters | 2005 |
| Chou, Sheng-Fu J. | Plant Growth in Sandy Soil/Compost Mixture and Commercial Peat Moss both Amended with Illinois Coal Fly Ash | Posters | 2005 |
| Choudry, Antara | EXPERIMENTAL TEST METHOD TO DETERMINE THE REACTIVITY OF FLY ASH FOR USE IN CONCRETE MIXTURE PROPORTIONING | Cement and Concrete I | 2019 |
| Choudry, Antara | Thermodynamic Investigation of Cementitious Mixtures Incorporating Off-Spec Fly Ashes | Cement and Concrete VII | 2019 |
| Christensen, Daniel | CCP Dewatering Using a Horizontal Well | Landfill III | 2017 |
| Christiansen, Mary | Effect of Water-Solids Ratio on the Compressive Strength and Morphology of Fly Ash-Waste Glass Geopolymer Mortars | Posters | 2015 |
| Christopher, Barry R. | Assessment of New QC/QA Compaction Monitoring Program at TVA’s Coal Combustion Product Stacking Facilities: A Case Study | Waste Management IX | 2015 |
| Christopher, Barry R. | Effects of Micromorphology and Chemical Composition on Densification of CCPs | Waste Management V | 2015 |
| Christopher, Barry R. | Large Scale Box Tests for Calibration of Fly Ash and Gypsum Performance Properties | Waste Management III | 2015 |
| Christopher, Barry R. | Performance Based QC/QA Specifications for TVA’s CCP Stacking Facilities: Part I. Evaluation of Performance Requirements | Ponds IV | 2013 |
| Christopher, Barry R. | Performance Based QC/QA Specifications for TVA’s CCP Stacking Facilities: Part II. Proposed Specifications | Ponds IV | 2013 |
| Christopher, Derek A | Large Scale Box Tests for Calibration of Fly Ash and Gypsum Performance Properties | Waste Management III | 2015 |
| Chu, Jacob | A Review on Biogeochemistry of Molybdenum and Potential Treatment Options for Managing CCR Impacted Groundwater | Groundwater and Environment VII | 2019 |
| Chu, Jacob | An Approach to Using Geochemical Analysis to Evaluate the Potential Presence of Coal Ash Constituents in Drinking Water | Chemistry II | 2017 |
| Chugh, Yoginder Paul | Demonstration of Cattle Feeding Pads using Coal Combustion Byproducts including Sulfite-rich Scrubber Sludge | Agriculture I | 2007 |
| Chugh, Yoginder Paul | Demonstration of CFB Ash as a Cement Substitute in Concrete Pier Foundations for a Photo-Voltaic Power System at SIUC | CCT Products I | 2007 |
| Church, Clint D. | FGD Gypsum Filters Remove Soluble Phosphorus from Agricultural Drainage Waters | Environment VI | 2011 |
| Ciccu, Raimondo | Heavy Metal Immobilization Using Fly Ash in Soils Contaminated by Mine Activity | Mining I | 2001 |
| Ciccu, Raimondo | The Italian approach to the problem of fly ash | Processing | 1999 |
| Cifuentes, Héctor | Development of Acoustic Barriers Mainly Composed of Co-Combustion Bottom Ash | New Products I | 2011 |
| Cipriano, Renee | Risk-Based Groundwater and Surface Water Investigation to Evaluate Potential Environmental Impact of Coal Ash Management Practices at Coal-Fired Power Plants | Reclamation II | 2015 |
| Cipriano, Renee | Closure of Unlined CCR Impoundments: Working with State and Federal Agencies to Develop a Mutually Acceptable Solution | Environment II | 2011 |
| Clark, Boyd | Evaluation of the Physical and Chemical Properties of Fly Ash Products for Use in Portland Cement Concrete | Cement and Concrete III | 2011 |
| Clark, Douglas M | Groundwater Modeling and Settlement Analysis for Closure of the Little Blue Run CCP Disposal Area | Ponds IV | 2015 |
| Clark, Ralph B. | Benefits and constraints for use of FGD products on agricultural land | Forest/Soil Reclamation | 1999 |
| Clark, Ralph B. | Renovation of acidic Appalachian soil with FGD gypsum and FBC residue: soil leachate evaluation | Posters | 1999 |
| Clay, Paul | Characterization of Coal Fly Ash Associated with a Release of Fly Ash at TVA’s Kingston Fossil Plant | Posters | 2011 |
| Clay, Paul | Integrated Ecological Research TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Clay, Paul | Integrated Ecological Research TVA Kingston Ash Recovery Project | Posters | 2011 |
| Clay, Paul | Water Quality Monitoring | Posters | 2011 |
| Clayton, Jay | Sustainable Closure of Fly Ash Impoundments | Project-Specific Case Studies I | 2019 |
| Clayton, Jay | Sustainable Closure of Fly Ash Impoundments | Ponds XII | 2017 |
| Clayton, Kip | Effect of Cenospheres on Flyash Brick Properties | Emerging Technology II | 2007 |
| Clegg, Ben | The Effects of Fly Ash Quality on Brine Encapsulation | Cement and Concrete V | 2019 |
| Clemmons, Michael | Planning and Implementing Schedule Driven CCP Projects at TVA’s Gallatin Fossil Plant | Waste Management II | 2015 |
| Cloke, Michael | The Removal of Carbon from Fly Ash Using Supercritical Water Oxidation | Beneficiation I | 2001 |
| Cloutier, Clayton | Effect of Spray Dryer Absorber (SDA) Ash on the Performance of Warm Mix Asphalt (WMA) | Cement and Concrete V | 2017 |
| Coca, Pilar | Converting IGCC Fly Ash in an Inert Landfilling Material | Posters | 2013 |
| Coca, Pilar | Reduction of Nickel Leachability from IGCC Slag | Chemistry II | 2013 |
| Coca, Pilar | Co-Gasification of Biomass: Effect on the Fate of Trace Elements | Chemistry II | 2011 |
| Coca, Pilar | Recovery of Germanium from Coal Fly Ash Leachate by Precipitation | Posters | 2009 |
| Coca, Pilar | Differential Behavior of Combustion and Gasification Fly Ash from Puertollano Power Plants (Spain) for Zeolite Synthesis and Silica Extraction | New Products 2 | 2005 |
| Codling, Eton E. | Effects of FGD-Gypsum, Used-Wallboard and Calcium Sulfate on Corn and Soybean Root Growth | Posters | 2011 |
| Codling, Eton E. | Soil Chemistry Still Affected 23 Years After Large Application of Fluidized Bed Combustion Ash | Posters | 2009 |
| Cohen, Haim | Coal Residues: The new Golden Treasure | Aggregates I | 2017 |
| Cohen, Haim | Scrubbing Hazardous Wastes of the Spanish Phosphate Industry and Used Tires Ash via Coal Fly Ash and Incorporation of the Product in Concrete for Civil Engineering Purposes | Cement and Concrete V | 2017 |
| Cohen, Haim | Coal Ash as a Potential Scrubber for Wastes from the Quarry and Phosphate industries in Israel | Utilization III | 2015 |
| Cohen, Haim | Fly Ash as a Potential Scrubber for Low Activity Radioactive Wastes | Environmental II | 2009 |
| Cohen, Haim | Fly Ash: A Potential Excellent Scrubber for Acidic Wastes in Israel | Novel Applications 3 | 2003 |
| Cohen, Haim | Synergetic Effect of Coal Flyash as a Scrubber to Acidic Wastes of the Phosphate Fertilizers Industry | Novel Applications 3 | 2003 |
| Cohen, Haim | Evaluation of the leaching potential of trace elements from coal ash to the (groundwater) aquifer | Forest/Soil Reclamation | 1999 |
| Coker, Nathan L. | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Colangelo, Christopher | New Dewatering Innovations at an Ash Landfill Closure | Ponds X | 2017 |
| Cole, Brian | Pitfalls of Transitioning to CCR Landfills | Landfill and Pond Issues II | 2019 |
| Cole, Brian | Evaluating Compatibility of CCR with Leachate Collection System to Ensure Rule Compliance | Groundwater and Environment VI | 2017 |
| Cole, Brian | Evaluation of Drainage Layer Alternatives for Proposed Landfill Liner at the E.W. Brown Generating Station | Ponds VI | 2013 |
| Cole, Brian | Use of Bottom Ash in the Reinforced Zone of a Mechanically Stabilized Earth Wall for the Vertical Expansion of a Sluiced CCR Pond at the Trimble County Generating Station | Ponds V | 2013 |
| Colon, Carlos | Coal Ash Concrete Blocks for Reduction of Algal Growth and Ammonia Toxicity | Environment I | 2011 |
| Combs, Rachel B. | Perils of Constructing a Gypsum Stack on
Top of an Ash Pond TVA Bull Run Fossil (BRF) Plant Gypsum Disposal Area 2 | Ponds VII | 2015 |
| Combs, Rachel B. | Planning and Implementing Schedule Driven CCP Projects at TVA’s Gallatin Fossil Plant | Waste Management II | 2015 |
| Combs, Rachel B. | Total Suspended Solids Monitoring During Ash Impoundment Construction Activities | Waste Management IX | 2015 |
| Combs, Rachel B. | TVA Kingston Peninsula Disposal Site Phase IA: Project Challenges Developing Over Karst Formations | Waste Management II | 2015 |
| Combs, Rachel B. | Instrumentation and Monitoring Program TVA Coal Combustion By-Product Storage Facilities | Ponds III | 2013 |
| Combs, Rachel B. | Dewatering a Dry Fly Ash Stack The Piggyback Part 1 | Environment VIII | 2011 |
| Comer, John B. | Trace element partitioning in ground water at an abandoned mine-land site reclaimed with coal combustion products | Environmental Aspects | 1999 |
| Condran, Michael | Emerging Water Management Challenges at Coal-Fired Power Stations to Address New USEPA Regulations | Groundwater and Environment II | 2017 |
| Connair, Dennis P | Natural Variability of Bedrock Groundwater Chemistry: A Vital Issue for CCR Rule Compliance | Waste Management IV | 2015 |
| Conrad, Gregory E. | State Perspective on Regulation of Mine Placement of Coal Combustion Wastes | OSM Interactive Forum Session 3 | 2005 |
| Conrads, Hans Georg | Real-Time Monitoring of Unburned Carbon on Utility Fly Ash | UBC - Predictive Performance Tools | 2005 |
| Constantiner, Daniel | The Influence of Fly Ash After Change to Low-NOx Burners on Concrete Strength – Case Study | Cement and Concrete II | 2007 |
| Cook, Matthew A | Demystifying the Engineering, Procurement, and Construction of a CCR Dewatering Facility | Ponds IV | 2015 |
| Cook, Michael | Considerations for Treating Landfill and Impoundment Leachate with Impacts from Planned Effluent Guidelines | Ponds & Landfills II | 2013 |
| Cooke, Dan | Vegetation Impacts of Inorganics in an Ash-Impacted Cattail Marsh | Environment IV | 2011 |
| Cooke, Michelle | Building a New Ash Repository over a Former Coal Mine | Ponds II | 2013 |
| Cooke, Nigel L. | 10 Years of Sustainability at ScotAsh | Policy I | 2009 |
| Cooley, Bradford | An Innovative Cover System Ideally Suited to Coal Ash Impoundment Closure | Ponds VI | 2015 |
| Coombs, Bob | Practical Recommendations for the use of Pulverised Fuel Ash as an Engineering Fill in the UK | Aggregates/Geotechnology III | 2009 |
| Cooper, Ivan A. | Survival Guide for the New Steam Electric Generating Effluent Guidelines | Chemistry VI | 2013 |
| Cooper, Lisa I. | The Future of Carbon Credits from Fly Ash Substitution Products | Cement and Concrete VII | 2011 |
| Copeland, Audrey | The Effects of Fly Ash and Portland Cement on Long Term Excavatability of Flowable Fill | Construction Products II | 2001 |
| Coppola, Daniele | MAC® (Magaldi Ash Cooler) fully-dry bottom ash removal system for elimination of ponds | Ponds II | 2015 |
| Coppola, Daniele | Post-combustion of carbon residues from biomass / RDF co-firing during dry ash removal | Carbon I | 2013 |
| Cordoba, Patricia | Oxy-coal combustion fly ashes: mobility of inorganic trace contaminants | CCP Storage and Management VI | 2019 |
| Cordoba, Patricia | Speciation and fate of mercury and oxy-fuel combustion conditions | Oxy Combustion I | 2015 |
| Cordoba, Patricia | Removal of Selenium from FGD water streams by a nonconventional adsorbent by-product | FGD I | 2013 |
| Cordoba, Patricia | Co-Gasification of Biomass: Effect on the Fate of Trace Elements | Chemistry II | 2011 |
| Cordoba, Patricia | Enrichment and Speciation of Elements in Re-circulated Waters from Desulphurisation at Two Spanish Power Plants | Chemistry IV | 2011 |
| Cordoba, Patricia | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Cornelius, Bruce J. | Paste Demonstration Laboratory Study | Cement and Concrete IV | 2019 |
| Cornelius-x, Bruce | Comparative Study of Lightweight Aggregates | Aggregates/Geotechnology V | 2009 |
| Cortina, J L | Synthesis of K-zeolites from fly ash for the ammonium and phosphorous uptake from urban waste water treatment plants | Utilization III | 2015 |
| Cosnita, Mihaela | Fly Ash in Optimized Composites Based on Recycled Plastics and Rubber | Posters | 2011 |
| Cotter, Floyd | Selecting the Right Closure Cap Option for Your Surface Impoundment or CCR Landfill | Landfill II | 2017 |
| Coufal, Ryszard | Peat Consolidation with Bottom Ash - Theory and Practice | Agriculture 1 | 2005 |
| Couton, Daniel | Recent Insights into Mechanically-Enhanced Evaporation of Mine Affected Waters | Ponds XIV | 2017 |
| Couture, Stephen | CCR Pond Dewatering - Critical Planning and Characterization Tasks | Ponds IV | 2017 |
| Cover, Amanda | Data Quality Assessment Via Data Mining: Using Patterns in the Forest to Evaluate the Trees | Groundwater and Environment XV | 2019 |
| Covi, Art | Coal Combustion Product Risk Assessment Using a Probabilistic Cost Modeling Approach | Waste Management III | 2015 |
| Covi, Art | Application of Fly Ash in ASHphalt Concrete: from Challenges to Opportunities | Cement & Concrete VI | 2013 |
| Cox, Rick J | Lacey’s Lake Decommissioning | Ponds III | 2015 |
| Cozzi, Alex D. | Immobilization of Radioactive Waste in Fly Ash Based Geopolymers | Environment V | 2011 |
| Craig, Garry | The Potential to Re-use Coal Combustion Products (CCPs) at Eraring Power Station in NSW, Australia | Cement and Concrete I | 2011 |
| Crake, Kyle E. | Fly Ash Reclamation through Beneficiation | Beneficiation III | 2011 |
| Cravens, Stuart J | Development of Alternative Source Demonstrations for Groundwater Quality Exceedances at CCR Sites Using EPRI’s Guidance Document | Groundwater and Environment IV | 2019 |
| Cravens, Stuart J | Methodology for Predictive Groundwater Quality Compliance Analysis with Focus on Cobalt, Lead, Lithium, and Molybdenum | Chemistry I | 2017 |
| Cravens, Stuart J | Merging Regional and Site-Specific GIS Data to Develop a 3-D Site Conceptual Model for Evaluating Selenium Impacts at a CCR Facility | Waste Management X | 2015 |
| Crawford, Charles L. | Immobilization of Radioactive Waste in Fly Ash Based Geopolymers | Environment V | 2011 |
| Crockford, Graham | Does Your Groundwater Monitoring System Need Modification/Recertification? | Groundwater and Environment VII | 2019 |
| Cross, Doug | Identification and Verification of Self-Cementing Fly Ash Binders for "Green" Concrete | Cement and Concrete II | 2011 |
| Cross, Doug | Changing the Environment: An Alternative “Green” Concrete Produced without Portland Cement | Cement and Concrete III | 2009 |
| Cross, Doug | Structural Applications of 100 Percent Fly Ash Concrete | Cement and Concrete 5 | 2005 |
| Crouch, L.K. | Comparison of Beneficiated Fly Ash with a Popular Class F Fly Ash in Tennessee | Cement and Concrete VI | 2019 |
| Crouch, L.K. | Preliminary Study of the Potential of a Beneficiated Ultrafine Class F Fly Ash | Cement and Concrete II | 2019 |
| Crouch, L.K. | Excavatable and Early Strength CLSM using High LOI Fly Ash and Limestone Screenings | Cement and Concrete I | 2017 |
| Crouch, L.K. | Universal CLSM using High LOI Fly Ash and Limestone Screenings without Portland Cement | Posters | 2017 |
| Crouch, L.K. | Full-Depth Reclamation with Lime and Substandard Fly Ash | Cement & Concrete VII | 2015 |
| Crouch, L.K. | High Volume Substandard Fly Ash Roller-Compacted Concrete | Cement & Concrete II | 2015 |
| Crouch, L.K. | Lean, Green and Mean (LGM) Concrete | Cement and Concrete III | 2009 |
| Crouch, L.K. | High Volume Fly Ash Concrete | Cement and Concrete VII | 2007 |
| Crouch, L.K. | The Effects of Fly Ash and Portland Cement on Long Term Excavatability of Flowable Fill | Construction Products II | 2001 |
| Crouse, Phillip | Management and Treatment Alternatives for CCR-Influenced Waters | Environment V | 2011 |
| Cruceru, Mihai | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Cruceru, Mihai | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Crysup, James Ross | Groundwater Evaluation for Ash Ponds at a Coal Fired Power Plant in Texas | Environmental I | 2013 |
| Csetenyi, Lazslo J. | Assessing Pozzolanic Reactivity of Recovered Stockpile Fly Ash for Use in Concrete | Cement and Concrete V | 2019 |
| Csetenyi, Lazslo J. | Utilising Stockpiled Fly Ash to Manufacture Sand for Mortar | Cement & Concrete IV | 2015 |
| Csetenyi, Lazslo J. | Evaluating Test Methods for Rapidly Assessing Fly Ash Reactivity for Use in Concrete | Cement & Concrete III | 2013 |
| Csetenyi, Lazslo J. | Clay-Lime Stabilization: Characterizing Fly Ash Effects in Minimizing the Risk of Sulfate Heave | Environment VIII | 2011 |
| Csetenyi, Lazslo J. | Role of Fly Ash in the Mitigation of Swelling in Lime Stabilised Sulfate-Bearing Soils | Aggregates/Geotechnology IV | 2009 |
| Cui, Yuansheng | Historic Mission of Industrial Wastes by Fly Ash, etc in China’s 2050 | China Delegation I | 2015 |
| Cunningham, Al | Remediation of Coal Combustion Residuals Using Microbially-Induced Calcite Precipitation | Ponds VIII | 2017 |
| Cunningham, Paul | A field evaluation of the use of FBC flyash for barnyard pavement | Construction and Evolution of CCPs | 1999 |
| Cushman, Tim | Merging Regional and Site-Specific GIS Data to Develop a 3-D Site Conceptual Model for Evaluating Selenium Impacts at a CCR Facility | Waste Management X | 2015 |
| Cuturich, Melissa | A success model and commercial supply of coal ash to Australian Agriculture | Agriculture I | 2015 |
| Dahl, Amy L. | Methods for Testing Trace Metal Mobility in Coal Fly Ash and FGD Solids | Chemistry/Mineralogy I | 2009 |
| Dahlberg, Douglas J. | How Will U.S. EPA’s Final CCR Rule Impact Past, Current, and Future Disposal Operations? | Regulations I | 2015 |
| Dahlgren, Bryon | Coal Combustion Residual (CCR) Groundwater Data Evaluation: From Monitoring to the Right Remediation Path | Groundwater and Environment VII | 2017 |
| Dai, Shifeng | Fluorine and Mercury in Coal Combustion By-products from Five Power Plants in SW China | Posters | 2015 |
| Dai, Shifeng | Lanthanides in coal combustion fly ash | Chemistry I - Lanthandies | 2013 |
| Daidone, William | The Use of Bottom Ash in the Manufacture of Clay Face Brick | New Products III | 2011 |
| Dalberto, Alfred | Coal Ash Beneficial Use at Mine Sites in Pennsylvania | OSM Interactive Forum Session 3 | 2005 |
| Dalberto, Alfred | The Use of Leachate Data and other Factors in Evaluating CCB’s for Placement at Coal Mine Sites in Pennsylvania | OSM Interactive Forum Session 2 | 2005 |
| Dale, Deborah Ann | The Use of Neutral Leachate Test Data in Indiana’s Coal Combustion By-Product Disposal Program | OSM Interactive Forum Session 2 | 2005 |
| Daly, Ken | Between Covers and Liners The Varied Roles of Vertical Barriers | Landfill and Pond Issues XI | 2019 |
| Daly, Ken | Paste Demonstration Laboratory Study | Cement and Concrete IV | 2019 |
| Daly, Ken | Case History – CCR Landfill Cover System Stormwater and Infiltration Water Design and Management | Landfill III | 2017 |
| Daly, Ken | Practical Considerations for CCR Facility Design, Operations, and Maintenance | Ponds XV | 2017 |
| Damian, Michael T. | Dynamic Waste Water Modeling for Coal Burning Power Plants | Groundwater and Environment VII | 2017 |
| Daniel, John A. | Recommended Guidelines for the Use and Application of the Leaching Environmental Assessment Framework (LEAF) for Coal Combustion Residuals | Environmental III | 2013 |
| Daniels, John L. | Engineered water repellency: An evolving approach to infiltration control | Chemistry III | 2019 |
| Daniels, John L. | Sequestration of Halides from FGD Wastewater through Lime Stabilization of Fly Ash | Waste Management VII | 2015 |
| Daniels, John L. | Preserving Structural Fill and Mine Reclamation as Acceptable Beneficial Reuse of CCRs | Beneficiation IV | 2011 |
| Daniels, John L. | Effect of Hydroxyl Ion on Immobilization of Oxyanions Forming Trace Elements from Fly Ash-based Geopolymer Concrete | Cement and Concrete VIII | 2009 |
| Daniels, John L. | Organo-Silane Chemistry: A Water Repellent Technology for Coal Ash and Soils | Beneficiation/Handling III | 2009 |
| Daniels, W. Lee | Geochemical Properties and Long-term Contaminant Release Patterns from CCPs in Acid-Forming Coal Refuse Materials | Environmental III | 2009 |
| Daniels, W. Lee | Removal of Nutrients from Stormwater Using CCPs | Environmental I | 2009 |
| Daniels, W. Lee | Leachate Chemistry of Mixtures of Fly Ash and Alkaline Coal Refuse | Chemistry & Mineralogy III | 2007 |
| Daniels, W. Lee | Inter-laboratory Comparison of Leaching Methods | Posters | 2005 |
| Daniels, W. Lee | Enhancement of Soil Carbon Sequestration by Amendment with Fly Ash | CUBs and Sustainable Development | 2003 |
| Daniels, W. Lee | Characterization of acid leaching reactions in coal refuse/coal fly ash bulk blends | Environmental Aspects | 1999 |
| Danilin, Lev D. | Formation Processes of Hollow Microspheres in the Fly Ash from Electric Power Stations | Posters | 2005 |
| Danilin, Lev D. | Functional Materials on the Basis of Cenospheres | Posters | 2005 |
| Dash, Bharat | Mechanical Properties of Concrete Containing Recycled Asphalt Pavement and Class C Fly Ash | Posters | 2015 |
| Davidson, Gretchen | Mechanically Stabilized Walls Utilizing CCPs to Create Valuable Airspace | Waste Management I | 2015 |
| Davies, Hugh | Developing Enhanced Monitored Natural Attenuation Strategies Using Reactive Transport Models | Groundwater and Environment I | 2019 |
| Davies, John | How to Overcome NIMBY Opposition for Storage and Disposal of Fly Ash | Environment IX | 2011 |
| Davies, Neil | CCR Microparticulates and the Trouble They Cause | Ponds XIII | 2017 |
| Davies, Neil | TVA Kingston Peninsula Disposal Site Phase IA: Project Challenges Developing Over Karst Formations | Waste Management II | 2015 |
| Davies, Neil | Application of Asset Management Principles to CCP Storage Impoundments | Policy I | 2009 |
| Davis, Aaron | Two Bottom Ash Management/Handling System Enhancement Case Studies – From Technology Evaluation and Design through Construction and Performance Verification | CCP Storage and Management I | 2019 |
| Davis, Benjamin K. | Bulk Storage (10,000+ tons) of Fly Ash, FGD Gypsum, Limestone and Coal at Power Stations in Concrete Domes | CCP Storage and Management I | 2019 |
| Davis, Benjamin K. | Storing Fly Ash in A Concrete Dome: A Case Study | Environmental III | 2013 |
| Davis, Jeff M. | A Performance-based Fly Ash Classification System Using Glassy Particle Chemical Composition Data | Cement and Concrete III | 2011 |
| Davis, Jeff M. | Characterization of Glassy Phases in Fly Ash by Particle SEM | Chemistry/Mineralogy II | 2009 |
| Dawson, Andrew | The Environmental Impacts of Using Fly Ash – the UK Producers’ Perspective | Environment 2 | 2003 |
| Day, Ethan | Development of Manufactured Aggregates Using High-Intensive Mixing | Cement & Concrete V | 2015 |
| Day, Ethan | Reuse of FGD Gypsum as Pelletized Fertilizer through High-Intensive Mixing | Agriculture I | 2015 |
| Day, Keith C | Development of Manufactured Aggregates Using High-Intensive Mixing | Cement & Concrete V | 2015 |
| Day, Keith C | Reuse of FGD Gypsum as Pelletized Fertilizer through High-Intensive Mixing | Agriculture I | 2015 |
| Day, Keith C | Optimization of Conditioning Water for Fly Ash and Dry Scrubber Material using High Intensive Mixers | Beneficiation I | 2013 |
| de la Rosa, Jesus | Scrubbing Hazardous Wastes of the Spanish Phosphate Industry and Used Tires Ash via Coal Fly Ash and Incorporation of the Product in Concrete for Civil Engineering Purposes | Cement and Concrete V | 2017 |
| De la Varga, Igor | Reducing the Risk of Cracking in High Volume Fly Ash Concrete by Using Internal Curing | Cement and Concrete IV | 2011 |
| De Silva, D. Lionel | Prospects for Coal Ash in the Management of Australian Soils | Agriculture 2 | 2005 |
| DeAngelis, Luca | Evaluation of Groundwater Level Fluctuations to Support Groundwater Compliance | Groundwater and Environment XII | 2019 |
| DeBruin, Nathaniel M. | The Maryland Coal Mine Mapping Project: Providing Access to Historic Maps for Today's Uses | Mine Reclamation 2 | 2005 |
| Decesare, Roger S. | ASME/U.S. Bureau of Mines investigative program on vitrification of combustion ash/residue | Posters | 1999 |
| Defow, John D. | Pressure Infiltration Technique for the Synthesis of A356 Al/fly Ash Composites: Microstructure and Tribological Performance | New Products IV | 2011 |
| Deinhart, Gregg J. | American Coal Ash Association programs to advance the management and use of coal combustion products (CCPs) | Institutional and Government Programs | 1999 |
| Dejaiffe, Robert | Production of Recycled Products from Coal Ash Using a Plasma Enhanced Melter™ | New Products I | 2001 |
| DeJardin, Dawn M. | Beneficial Use of Fly Ash for an Airport Safety Way Extension over a Multiple Year Project | Beneficiation I | 2011 |
| Del Moral Ballesteros, Adrian | Utilization of Coal Combustion Byproducts as Capping Amendments for Heavy Metals Sequestration | Posters | 2007 |
| Del Ponte, Kelly | System-wide Life Cycle Benefits of Recycled Materials | Cement & Concrete VII | 2015 |
| del Valle, Joaquin Olivares | Production of Plates Based on Coal Fly Ash for Their Use as Insulating Materials in Doors and Fire Break Walls | New Products I | 2001 |
| del Valle, Joaquin Olivares | Use of Coal Fly Ash in a Sprayed Mortar for the Passive Protection against Fire of Metallic Structures | Posters | 2001 |
| DeLapp, Rossane C. | The Leaching Environmental Assessment Framework as a Tool for Evaluating Release from Coal Combustion Residues | Environment VI | 2011 |
| Delgado, Miguel A. | Speciation and fate of mercury and oxy-fuel combustion conditions | Oxy Combustion I | 2015 |
| Delgado, Miguel A. | New LOI Monitor for Maximizing Accuracy and Reliability Using Calcination Techniques | Environment V | 2011 |
| Deng, Yunpeng | Mineralogy and Leaching Behavior of Ash & Residue from Underground Coal Gasification | Chemistry III | 2015 |
| Deonarine, Amrika | Size Distribution of Rare Earth Elements in Coal Ash | Chemistry I | 2015 |
| Deonarine, Amrika | Composition, morphology and trace element leaching from US coal fly ash | Posters | 2013 |
| Deonarine, Amrika | A Twenty-Month Geochemical and Isotopic Investigation into the Environmental Impacts of the 2008 TVA Coal Ash Spill | Ponds I | 2011 |
| Deonarine, Amrika | Methylmercury Contamination of River Sediments near the Coal Ash Spill at the Kingston Fossil Plant, TN | Posters | 2011 |
| Deonarine, Amrika | The Environmental and Health Effects of the Coal Ash Spill at Kingston, Tennessee: Preliminary assessment | FGD | 2009 |
| DeRamo, Tammy | Hybrid CCR Impoundment Closure Value- Engineering Case Study | CCP Storage and Management VI | 2019 |
| Deschenes, Richard A | Alkali Silica Reaction Mitigation Using High Volume Class C Fly Ash | Cement & Concrete III | 2015 |
| Devries, Rebecca | Vegetation Impacts of Inorganics in an Ash-Impacted Cattail Marsh | Environment IV | 2011 |
| Dhakal, Milap | Design, Fabrication and Testing of a Full-Scale Geopolymer Concrete Median Barrier | Cement & Concrete V | 2013 |
| Dhakal, Milap | Examination of Precursors in Fly Ash for Development of an Engineered Geopolymer Concrete | Cement & Concrete II | 2013 |
| Dhir, Ravindra K. | Exploring Options for Using Wet-Stored Stockpile Fly Ash in Concrete | Cement & Concrete VI | 2015 |
| Di Canio, Francesco | Combustion Reactivity of Unburned Carbon in Coal Combustion Fly Ashes | UBC - Characterization of High-LOI Fly Ash | 2005 |
| Diasselliss, Kenneth P | Demystifying the Engineering, Procurement, and Construction of a CCR Dewatering Facility | Ponds IV | 2015 |
| Diaz, Ivan | Evaluating the Feasibility of Reclaimed Landfilled Class C Fly Ash for Concrete Applications | Cement and Concrete VI | 2019 |
| Diaz-Loya, E. Ivan | High Volume Utilization of Fly Ash in Mass Concrete | Cement & Concrete IV | 2015 |
| Diaz-Loya, E. Ivan | Experimental Evaluation of Self-Cure Geopolymer Concrete for Mass Pour Applications | Cement and Concrete IV | 2011 |
| Diaz-Loya, E. Ivan | Toxicity Mitigation and Solidification of Municipal Solid Waste Incinerator Fly Ash Using Alkaline Activated Coal Ash | Environment VII | 2011 |
| Diaz-Loya, E. Ivan | Evaluation of Fly Ash Stockpiles as Potential Source Material for Geopolymer Concrete | Cement and Concrete II | 2009 |
| Diaz-Somoano, Mercedes | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Diaz-Somoano, Mercedes | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Dick, Warren A. | Effects of Flue Gas Desulfurization Products as Soil Amendments to Improve Water Quality | Agriculture I | 2013 |
| Dick, Warren A. | Comparison of Mined Gypsum Pellets and FGD Gypsum on Plant Productivity and Nutrient Uptake | Agriculture II | 2009 |
| Dick, Warren A. | Performance and Mechanism of Alkali-Activated Complex Binders of High-Ca Fly Ash and Other Ca-Bearing Materials | Cement and Concrete VI | 2009 |
| Dick, Warren A. | Reclamation of an Abandoned Surface Coal Mined Land Using a Dry Flue Gas Desulfurization Product | Mining/Reclamation II | 2009 |
| Dick, Warren A. | Oxidation of FGD-CaSO3 and Effect on Soil Chemical Properties When Applied to the Soil Surface | Posters | 2007 |
| Dick, Warren A. | Increased Crop Yield and Economic Return and Improved Soil Quality Due to Land Application of FGD-Gypsum | Posters | 2005 |
| Dick, Warren A. | Flue Gas Desulfurization By-products as Lime and Sulfur Sources for Alfalfa and Soybean | Posters | 2001 |
| Dicken, Thomas | Monitoring Well Integrity and Performance – What is Happening Underground? | Groundwater and Environment V | 2019 |
| Diego, Ruth | Oxy-coal combustion fly ashes: mobility of inorganic trace contaminants | CCP Storage and Management VI | 2019 |
| Diego, Ruth | Speciation and fate of mercury and oxy-fuel combustion conditions | Oxy Combustion I | 2015 |
| Dieterle, Glen | Total Suspended Solids Monitoring During Ash Impoundment Construction Activities | Waste Management IX | 2015 |
| Diez, L. | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Dillon, Sarah | Full-Depth Reclamation with Lime and Substandard Fly Ash | Cement & Concrete VII | 2015 |
| Dillon, Sarah | High Volume Substandard Fly Ash Roller-Compacted Concrete | Cement & Concrete II | 2015 |
| Ding, Jian | The novel properties of a new inorganic water-retaining product made from coal fly ash | International Perspectives I | 2019 |
| Ding, Jian | Current Status and Prospect of Fly Ash Utilization in China | Chemistry VI | 2013 |
| Ding, Shuqiang | Is Zero Solid Waste Possible for Fly Ash Produced from any Coal-fired Power Plant? | CCP Storage and Management VI | 2019 |
| Ding, Shuqiang | Development of the Fracturing Proppant with Low Density and High Strength Using High Alumina Fly Ash | Cement and Concrete II | 2017 |
| Ding, Shuqiang | Fly Ash-based Core Technologies and Value-added Products Based on Materials Science | Utilization I | 2015 |
| Dingrando, Jeffrey | Cyclic Triaxial Testing of Water-Pluviated Fly Ash Specimens | Liquefaction I | 2013 |
| Dingrando, Jeffrey | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| DiNovo, Michael | Optimization of Conditioning Water for Fly Ash and Dry Scrubber Material using High Intensive Mixers | Beneficiation I | 2013 |
| Disney, Philip W. | FGD Forced Oxidation Mechanism: A Pilot Plant Case Study | FGD 2 | 2005 |
| Dixon, Terry | On-Line Monitoring of Carbon in Fly Ash for Boiler Control | Chemistry/Mineralogy IV | 2009 |
| Dlamini, Lindelwa | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| Dlamini, Lindelwa | Hydraulic and Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Dlamini, Lindelwa | The Use of Geophysics to Determine Salt Capturing and Fluid Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Dobbs, Dennis D. | A Utility Perspective: Subsidized Projects – How Much Should You Pay? | Beneficiation I | 2001 |
| Dobbs, Howard | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Dockter, Bruce A. | Characteristics and Performance of Fly Ash from Sodium Sorbent Scrubbing of SO3 Emissions from Coal-Based Power Plants | FGD | 2009 |
| Dockter, Bruce A. | Using Class C Fly Ash to Mitigate Alkali–Silica Reactions in Concrete | Posters | 2009 |
| Dockter, Bruce A. | Current Status of Spray Dryer Absorber Material Characterization and Utilization | FGD I | 2007 |
| Dockter, Bruce A. | Engineering and Environmental Specifications of State Agencies for Utilization and Disposal of Coal Combustion Products | Policy 2 | 2005 |
| Dockter, Bruce A. | Development of Management Options for Biomass Combustion By-Products | Concrete 1 | 2003 |
| Dockter, Bruce A. | Use of bottom ash and fly ash in rammed-earth construction | Construction and Evolution of CCPs | 1999 |
| Dolson, Gretchen | Solar Options to Be Used on Utility’s Ash Ponds | Ponds XIV | 2017 |
| Domingo, Manel J. | Synthesis of zeolites from fly ash in a pilot plant scale: examples of potential environmental applications | Chemistry and Mineralogy | 1999 |
| Donahoe, Rona J. | Potential Use of Surfactant-Modified Zeolite for Attenuation of Trace Elements in Fly Ash Leachate | Posters | 2009 |
| Donahoe, Rona J. | Chemical Fixation of Trace Elements in Coal Fly Ash | Chemistry & Mineralogy II | 2007 |
| Donahue, Dave | Continuous, Real-Time TSS Monitoring Verifies Effluent Quality and Coal Ash Management Performance While Reducing Compliance Costs | Groundwater and Environment XVI | 2019 |
| Donatello, Shane | Alkaline Activation as a Procedure for the Transformation of Fly Ash into New Materials Part II: An Assessment of Mercury Immobilization | Posters | 2011 |
| Dong, Longli | The Effects of Flue Gas Desulfurization Gypsum (FGD Gypsum)on P Fractions in a Coastal Plain Soil | Ponds VI | 2017 |
| Dong, Yang | Is Zero Solid Waste Possible for Fly Ash Produced from any Coal-fired Power Plant? | CCP Storage and Management VI | 2019 |
| Dong, Yang | Fly Ash-based Core Technologies and Value-added Products Based on Materials Science | Utilization I | 2015 |
| Dong, Yang | Fly Ash-based Fillers and Flame Retardants | Utilization II | 2015 |
| Dong, Yang | Chemical Composition Determination and Thermal Analysis for Some Typical Biomass Ashes in China | Carbon I | 2013 |
| Dong, Yang | Fly Ash Separation Technology and its Potential Applications | Cement & Concrete II | 2013 |
| Dongmin, Wang | Preparation and Property of Fly Ash/Coal Gangue Mine Backfilling Material | China Delegation I | 2015 |
| Doroodchi, Elham | A Deposition Study on a Membrane Integrated Chemical Looping Air Separation Unit | Oxy Combustion I | 2015 |
| dos Santos, Maria Viviane A. | Performance Assessment of Concrete with Partial Replacement of Portland Cement by Coal Ash | Posters | 2013 |
| Doss, S. Poopathi | Flyash Based Bacterial Pesticides for Mosquito Control | New Products I | 2011 |
| Dotson, Jamey | The Effects of Fly Ash and Portland Cement on Long Term Excavatability of Flowable Fill | Construction Products II | 2001 |
| Dotson, Vernon J. | Quality Management for CCR Storage Facility Construction, Operations, and Closure | Waste Management IX | 2015 |
| Dotson, Vernon J. | Closure of the Failed Ash Dredge Cell at Kingston – The Engineering Challenge | Pond Closure | 2013 |
| Dotson, Vernon J. | Soil-Cement Mixing in Coal Ash for Seismic Stability of the Kingston CCR Facility | Ponds I | 2011 |
| Dotson, Vernon J. | Application of Asset Management Principles to CCP Storage Impoundments | Policy I | 2009 |
| Doucet, F. J. | Extraction of Aluminum and other Strategic Metals from Coal Fly Ash using a Novel Process and Low-cost Recoverable Reagent | Chemistry III | 2015 |
| Doucet, F. J. | The Effect of Sulphuric Acid Concentration on the Removal of Reactive Aluminium from South African Coal Fly Ash | Posters | 2015 |
| Doucet, F. J. | The Injection of Fly Ash Slurries in Deep Geological Reservoirs for Improved Reservoir Integrity and Safe CO2 Sequestration | Posters | 2011 |
| Drake, Meghan M. | Leaching of Mixtures of Biochar and Fly Ash | Environmental III | 2009 |
| Drozhzhin, Valeri S. | Formation Processes of Hollow Microspheres in the Fly Ash from Electric Power Stations | Posters | 2005 |
| Drozhzhin, Valeri S. | Functional Materials on the Basis of Cenospheres | Posters | 2005 |
| Drozhzhin, Valeri S. | Technical Monitoring of Microspheres from Fly Ashes of Electric Power Stations in the Russian Federation | New Products 3 | 2005 |
| Drury, Jonathan T | An Experimental Study on Bond Strength of Reinforcing Steel in High-Volume Fly-Ash Concrete | Cement and Concrete III | 2017 |
| Dryden, John B. | Defining a Research Program for Cement, Brick, and Block Production from a Novel FGD Product | Cement and Concrete I | 2011 |
| du Toit, Elsa S. | "SLASH" for flower and vegetable production in the informal sector in South Africa | Posters | 1999 |
| du Toit, Grizelda | Compressive Strength of Chemically and Mechanically Activated Aluminosilicate systems | Posters | 2015 |
| Duan, Peng-xuan | Technology Research and Application on Using FGD Gypsum to Prepare a High-Strength Gypsum | China Delegation I | 2015 |
| Duanle, Li | Preparation and Property of Fly Ash/Coal Gangue Mine Backfilling Material | China Delegation I | 2015 |
| Dube, Eric M | Groundwater Assessment Framework to Evaluate Relative Impacts of Surface Impoundment Closure Options | Posters | 2015 |
| Dube, Shiv Kumar | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Dube, Shiv Kumar | Effect of Coal Fly Ash on Agricultural Crops: Showcase Project on Use of Fly Ash in Agriculture in and around Thermal Power Station Areas of National Thermal Power Corporation Ltd., India | Agriculture II | 2011 |
| DuChane, Christine | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Dudding, Carlton L. | Introduction of a Novel Approach - Beneficial Reuse of CCP's to Dramatically Reduce Landfill Airspace Construction Costs | Ponds I | 2011 |
| Dudley, Brian | Liquefaction Potential of Impounded Class F Fly Ash | Liquefaction I | 2013 |
| Dukatz, Ervin | Effect of Spray Dryer Absorber (SDA) Ash on the Performance of Warm Mix Asphalt (WMA) | Cement and Concrete V | 2017 |
| Dumenu, Livingstone | Engineered water repellency: An evolving approach to infiltration control | Chemistry III | 2019 |
| Dunham-Friel, Jesse | Beneficial Use of Off-Specification Fly Ash to Improve the Small-Strain Stiffness of Expansive Soil-Rubber Mixtures | Aggregates I | 2011 |
| Dunn, Alison L | Challenges of Monitoring Groundwater at CCR Sites in Karst Terrain | Groundwater and Environment V | 2017 |
| Dunstan, Edwin R. | What is a “Practical” (ASTM C 618) SAI--Strength Activity Index for Fly Ashes that can be used to Proportion Concretes Containing Fly Ash? | Geotech I | 2017 |
| Dunstan, Edwin R. | How Does Pozzolanic Reaction Make Concrete “Green”? | Cement and Concrete VII | 2011 |
| Duran, Darin | Foamed Flash-Fill to Mitigate Frost Heaving of Street Repair Patches | Aggregates I | 2011 |
| Durham, Stephan A. | Thermal Performance of High Volume Fly Ash Concrete During and After Curing | Cement and Concrete V | 2011 |
| Duta, Anca | Mechanical properties and functional durability of Fly Ash pellets, adsorbents in wastewater treatment | Mining and Reclamation II | 2017 |
| Duta, Anca | Accelerated Aging Test of Composites Based on Rubber, Recycled Plastics and Fly Ash | New Products I | 2011 |
| Duta, Anca | Fly Ash in Optimized Composites Based on Recycled Plastics and Rubber | Posters | 2011 |
| Duvallet, Tristana | The Utilization of Dry Scrubber Material for the Production of Calcium Sulfoaluminate Clinkers and Cements | Cement and Concrete I | 2019 |
| Duvallet, Tristana | Asian Ash Characteristics and Use for Portland/Calcium Sulfoaluminate Hybrid Cements | Cement and Concrete V | 2017 |
| Duvallet, Tristana | Coal ash by-product from Shanxi Province for the production of Portland/CSA hybrid cements | Posters | 2015 |
| Duvallet, Tristana | Effect of fly ash particles packing on performance of OPC-activated GGBS slag | Cement & Concrete II | 2015 |
| Duvallet, Tristana | Evaluation of Circulating Fluidized Bed-Dry Flue Gas Desulfurization (CFB-FGD) Byproducts in Cement Applications | Cement & Concrete V | 2015 |
| Duvallet, Tristana | Use of Spray Dryer Absorber Material as a Replacement for Portland Cement in Concrete | Cement & Concrete VI | 2015 |
| Duvallet, Tristana | Production of Alite-Calcium Sulfoaluminate-Ferrite Cements from Coal and Other Industrial By-products | Posters | 2013 |
| Duvallet, Tristana | Low-Energy, Low CO2-Emitting Cements Produced from Coal Combustion By-Products and Red Mud | Cement and Concrete IX | 2009 |
| Dwyer, Gary S. | Geochemical Characterization of Coal Combustion Residuals in Varying Environmental Conditions | Chemistry II | 2015 |
| Dwyer, Gary S. | A Twenty-Month Geochemical and Isotopic Investigation into the Environmental Impacts of the 2008 TVA Coal Ash Spill | Ponds I | 2011 |
| Dwyer, Gary S. | The Environmental and Health Effects of the Coal Ash Spill at Kingston, Tennessee: Preliminary assessment | FGD | 2009 |
| Dynan, Stephen A. | Pollution Mitigation Using Porous Refractory Substrates Fabricated from Fly Ash | New Products II | 2011 |
| Dzantor, E. Kudjo | Reexamining the Use of Coal Fly Ash in Agriculture: Utilization as Soil Amendment in Biofuel Feedstock Production | Posters | 2015 |
| Dzantor, E. Kudjo | Use of Fly Ash as Soil Amendment for Biofuel Feedstock Production with Concomitant Disposal of Waste Accumulations | Posters | 2013 |
| Eamus, Derek | Prospects for Coal Ash in the Management of Australian Soils | Agriculture 2 | 2005 |
| Eastman, Michael | Welcoming Remarks | Welcoming Remarks - Plenary | 2001 |
| Easton, James T | Chemical Treatment of Coal Ash for Beneficial Use Applications / By-Product Treatment Via Calcium Polysulfide | Posters | 2015 |
| Easton, James T | Chemical Treatment of Coal Ash for Beneficial Use Applications / By-Product Treatment Via Calcium Polysulfide | Waste Management V | 2015 |
| Ebrahimi, Ali | Dry Fly Ash Placement - Overcoming Unique Challenges and Streamlining Field Operations | Ponds VI | 2013 |
| Edens, Thomas F. | Recovery and utilization of pond ash | Commercial Ash Processing - a User's Perspective | 1999 |
| Edil, Tuncer | Leaching from Roadways Stabilized with Fly Ash: Data Assessment and Synthesis | Utilization I | 2015 |
| Edil, Tuncer | System-wide Life Cycle Benefits of Recycled Materials | Cement & Concrete VII | 2015 |
| Edil, Tuncer | Quantifying the Benefits of Flue Gas Desulfurization Gypsum in Sustainable Wallboard Production | Beneficiation IV | 2011 |
| Edil, Tuncer | Properties of Pavement Geomaterials Stabilized with Fly Ash | Aggregates/Geotechnology I | 2009 |
| Edil, Tuncer | Stabilization of FGD By-products by Using Fly Ash, Cement and Sialite | Construction | 2009 |
| Edil, Tuncer | Sustainable Construction Case History: Fly ash Stabilization of Road-Surface Gravel | Aggregates/Geotechnology III | 2007 |
| Egelston, Anne | The Future of Carbon Credits from Fly Ash Substitution Products | Cement and Concrete VII | 2011 |
| Ehret, Paul J. | The State of Indiana’s Experience in Regulating the Disposal of Coal Ash at Surface Coal Mines | OSM Interactive Forum Session 3 | 2005 |
| Eick, Matt | Geochemical Properties and Long-term Contaminant Release Patterns from CCPs in Acid-Forming Coal Refuse Materials | Environmental III | 2009 |
| Eick, Matt | Removal of Nutrients from Stormwater Using CCPs | Environmental I | 2009 |
| Eick, Matt | Leachate Chemistry of Mixtures of Fly Ash and Alkaline Coal Refuse | Chemistry & Mineralogy III | 2007 |
| Eick, Matt | Inter-laboratory Comparison of Leaching Methods | Posters | 2005 |
| Ekaputri, Januarti Jaya | Leaching and Adsorption Modeling of Boron in Fly Ash and Nonlinear Transport Analysis | Cement and Concrete III | 2011 |
| Eklund, Sven | Toxicity Mitigation and Solidification of Municipal Solid Waste Incinerator Fly Ash Using Alkaline Activated Coal Ash | Environment VII | 2011 |
| Eklund, Sven | Evaluation of Fly Ash Stockpiles as Potential Source Material for Geopolymer Concrete | Cement and Concrete II | 2009 |
| Elder, Scott | Case Study: Use of Circulating Fluidized Bed Boiler Byproduct to Solidify Oily Sludge | Aggregates/Geotechnology III | 2009 |
| Elish, Eyal | Fly Ash as a Potential Scrubber for Low Activity Radioactive Wastes | Environmental II | 2009 |
| Ellington, Jay | Design and Construction of a CCR Landfill Adjacent to the Missouri River | Landfill and Pond Issues XII | 2019 |
| Ellington, Jay | Locating and Permitting a CCR Landfill Adjacent to the Missouri River | Landfill and Pond Issues XII | 2019 |
| Elliot, Alex D. | Controlled Release Zeolite Fertilisers: A Value Added Product Produced from Fly Ash | Agriculture 2 | 2005 |
| Ellis, Monte L. | Understanding CCP Leaching Procedures | Environment III | 2011 |
| Ellison, Kirk M | Encapsulation of flue-gas desulfurization wastewater using coal combustion by-product mixtures: Field lysimeter investigations | Beneficiation and Processing II | 2019 |
| Ellison, Kirk M | Encapsulation of thermoevaporation brines using coal combustion residuals | CCP Storage and Management VIII | 2019 |
| Ellison, Kirk M | Landfill Sequestration of Brine: Research Updates | Groundwater and Environment VIII | 2019 |
| Ellison, Kirk M | Brine-Encapsulation Bench & Field Testing Recommendations | FGD II | 2017 |
| Ellison, Kirk M | Combined Iron Reduction and Solidification/Stabilization Process to Immobilize Heavy Metals in Concentrated Flue Gas Desulfurization Brines | Posters | 2017 |
| Ellison, Kirk M | Mineralogical & Geochemical Evaluation of Brine-Encapsulated Monoliths | FGD I | 2017 |
| Ellison, Kirk M | Impact of Salt on Metal Leaching from Coal Fly Ash | Waste Management VII | 2015 |
| Ellison, Kirk M | Industry Perspectives on Integrating ELG and CCR Compliance through Wastewater Encapsulation: Challenges, Opportunities, and Technology Readiness | Waste Management VII | 2015 |
| Ellison, Kirk M | Options to Stabilize and Utilize Tomorrow’s Fly Ash: Approaches and Initial Results | Waste Management VII | 2015 |
| Ellison, Kirk M | Sequestration of Halides from FGD Wastewater through Lime Stabilization of Fly Ash | Waste Management VII | 2015 |
| Ellison, Kirk M | Treatment and Disposal Alternatives for Flue Gas Desulfurization Brines from Power Plants | FGD I | 2015 |
| Ellison, Kirk M | Water Balance Modeling of CCR Landfills | Waste Management IV | 2015 |
| Elmore, Logan | Effects of the Kingston Ash Release on Fish Reproduction and Larval Fish | Kingston I - Ecological Investigations | 2013 |
| Elsageer, Mohammed A. | Strength Development of Concrete Containing Coal Fly Ash under Different Curing Temperature Conditions | Posters | 2009 |
| Elsayed, Assem | Compression Behavior of Synthetic Lightweight Aggregates | Aggregates/Geotechnology IV | 2007 |
| Endale, Dinku M. | Evaluation of FGD-Gypsum to Improve Forage Production and Reduce Phosphorus Losses from Piedmont Soils | Agriculture I | 2011 |
| Endres, Júlio C. T. | The Removal of Fe, Zn, Cu, and Pb from Wastewaters Using Chabazite Zeolites Produced from Southern Brazilian Coal Ashes | Environmental Benefits I | 2001 |
| Endres, Júlio C. T. | Crystaline microstructure modification of Brazilian coal ash with alcaline solution | Chemistry and Mineralogy | 1999 |
| Endres, Júlio C. T. | Zeolification of ashes obtained from the combustion of southern’s Brazil Candiota coal | Chemistry and Mineralogy | 1999 |
| Eng, Yi Lynn | Using Regenerative Ammonium salt to extract and purify Magnesium Oxide from Victorian Brown Coal Fly Ash | Chemistry III | 2013 |
| English, Timothy | Storing Fly Ash in A Concrete Dome: A Case Study | Environmental III | 2013 |
| Ennis, Margaret V. | Trace element partitioning in ground water at an abandoned mine-land site reclaimed with coal combustion products | Environmental Aspects | 1999 |
| Erbe, Matthew W. | Transforming CCBs in Maryland to Enhance Beneficial Use | Beneficiation I | 2015 |
| Erbe, Matthew W. | Commercial Use of CCBs: Changes, Challenges, and Opportunities | Posters | 2013 |
| Erbe, Matthew W. | Evaluation of water quality conditions associated with the use of coal combustion products for highway embankments | Construction and Evolution of CCPs | 1999 |
| Ersoy, Bahri | Separation of Pozzolonic Material from Lignitic Fly Ash of Tuncbilek Power Station | Beneficiation I | 2001 |
| Escobar, Zalleris | Biochemical Response of Landfill with Manufactured Aggregates as a Daily Cover | Aggregates/Geotechnology III | 2009 |
| Esenlik, Serhan | Elemental Enrichments in Feed Coals and Combustion Residues from Tuncbilek, Seyitomer, and Orhaneli Power Plants, Turkey | Posters | 2015 |
| Espiell, Ferran | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Estakhri, Cindy K. | Sampling, Characterization, and Beneficiation of Stockpiled Fluidized Bed Coal Ash in Road Base Course Application | Aggregates/Geotechnology I | 2009 |
| Estakhri, Cindy K. | Base Stabilization and Dust Control Using Calcium Chloride and Fly Ash | Bulk 3 | 2003 |
| Estakhri, Cindy K. | Stabilization of road bases containing coal combustion by-product sulfates and sulfites using high volume fly ash cement | Durability Issues/Ettringite | 1999 |
| Etchebers, O. | Mineralogy and Trace Element Partitioning in Coal Fly Ash/Acid Mine Drainage Co-Disposed Solid Residues | Environmental Management | 2005 |
| Evanko, James L. | Ceramic Tiles from High-Carbon Fly Ash | Novel Applications 1 | 2003 |
| Evans, Dale | Beneficial Re-use of CCR for Site Closures using Mining Reclamation Technologies | Mining and Reclamation I | 2017 |
| Evans, Dale | Use of Slurry Wall Systems to Support CCR Impoundment Closure and Corrective Action | Ponds V | 2017 |
| Evans, Dale | Work Area Quantification Processes to Guide CCR Construction Programs | Ponds XII | 2017 |
| Evans, Jeffrey C. | Soil Mixing and Slurry Trench Cutoff Walls for Coal Combustion Residue Sites | Landfill and Pond Issues I | 2019 |
| Eylands, Kurt E. | Characteristics and Performance of Fly Ash from Sodium Sorbent Scrubbing of SO3 Emissions from Coal-Based Power Plants | FGD | 2009 |
| Eylands, Kurt E. | Development of Management Options for Biomass Combustion By-Products | Concrete 1 | 2003 |
| Eylands, Kurt E. | Use of bottom ash and fly ash in rammed-earth construction | Construction and Evolution of CCPs | 1999 |
| Fagan, Lisa | Potential for Metal Leaching and Toxicity from Fly Ash Applied for Increasing Carbon Sequestration in Soil | Agriculture 4 | 2005 |
| Faheem, Ahmed | Effect of Spray Dryer Absorber (SDA) Ash on the Performance of Warm Mix Asphalt (WMA) | Cement and Concrete V | 2017 |
| Faheem, Ahmed | Application of Fly Ash in ASHphalt Concrete: from Challenges to Opportunities | Cement & Concrete VI | 2013 |
| Faithful, J | Non-Traditional Approaches for Management of Ash and Transport Water from Down Under | International Perspectives II | 2019 |
| Fan, Craig | Fly Ash Lightweight Aggregate | China Delegation II | 2015 |
| Fan, Maoming | Coal Ash Beneficiation and Utilization in Coal Separation Process | Posters | 2005 |
| Farber, Mark | Ozonation for the Chemical Modification of Carbon Surfaces in Fly Ash | New Products II | 2001 |
| Farnam, Yaghoob | Engineering Properties of Fly Ash-Based Lightweight Aggregrate | Cement and Concrete III | 2019 |
| Farrington, Stephen | Advances in Chemical Beneficiation of Fly Ashes Containing Natural Carbon or Powdered Activated Carbon | Beneficiation I | 2013 |
| Fatih, Tutunlu | Utilization of Fly Ash in Manufacturing of Building Bricks | Construction Products II | 2001 |
| Fatoba, O. O. | Stability of Brine Components in Co-disposed Fly Ash-Brine Solid Residue | Posters | 2015 |
| Fatoba, O. O. | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| Fedorka, William R. | Excavation and Beneficiation Considerations | Beneficiation and Processing II | 2019 |
| Fedorka, William R. | Results in Reclaiming and Recycling Coal Combustion Residuals for Encapsulated Beneficial Reuse | Beneficial Use I | 2017 |
| Fedorka, William R. | Reclaiming and Recycling Coal Fly Ash for Beneficial Reuse with the STARTM Process | Beneficiation I | 2015 |
| Fedorka, William R. | Staged Turbulent Air Reactor (STAR) Beneficiation Process – Commercial Update | Beneficiation II | 2013 |
| Fedorka, William R. | Storing Fly Ash in A Concrete Dome: A Case Study | Environmental III | 2013 |
| Fedorka, William R. | Commercial Update on Beneficiation Process Staged Turbulent Air Reactor (STAR) | Beneficiation II | 2011 |
| Feliciano, Irimar | Bio-viability on Restored Open Pit with Coal Ash Aggregate Amendment | Posters | 2009 |
| Feng, Xiuping | Evaluation of the Physical and Chemical Properties of Fly Ash Products for Use in Portland Cement Concrete | Cement and Concrete III | 2011 |
| Fent, Genny M. | In Vivo Bioavailability of Arsenic in Coal Combustion By-products | Posters | 2009 |
| Ferguson, E. Glen | Stabilization of Soil with Self-Cementing Coal Ashes | Agriculture 1 | 2005 |
| Ferguson, Kayla | High Volume Substandard Fly Ash Roller-Compacted Concrete | Cement & Concrete II | 2015 |
| Fernandes, Iolanda Dill | The Removal of Fe, Zn, Cu, and Pb from Wastewaters Using Chabazite Zeolites Produced from Southern Brazilian Coal Ashes | Environmental Benefits I | 2001 |
| Fernandes, Iolanda Dill | Crystaline microstructure modification of Brazilian coal ash with alcaline solution | Chemistry and Mineralogy | 1999 |
| Fernandes, Iolanda Dill | Zeolification of ashes obtained from the combustion of southern’s Brazil Candiota coal | Chemistry and Mineralogy | 1999 |
| Fernandez, Carlos Leiva | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Fernandez, Carlos Leiva | Influence of the Type of Ash on the Insulating Capacity of Fly Ash Mortars Used for Passive Protection against Fire | Posters | 2003 |
| Fernandez, Carlos Leiva | Use of Coal Fly Ash in a Sprayed Mortar for the Passive Protection against Fire of Metallic Structures | Posters | 2001 |
| Fernandez-Jimenez, Ana | "Alkaine Activation," Procedure for Transforming Fly Ash into New Materals, Part I: Applications | Chemistry I | 2011 |
| Fernandez-Jimenez, Ana | Alkaline Activation as a Procedure for the Transformation of Fly Ash into New Materials Part II: An Assessment of Mercury Immobilization | Posters | 2011 |
| Fernandez-Pereira, Constantino | Development of Acoustic Barriers Mainly Composed of Co-Combustion Bottom Ash | New Products I | 2011 |
| Fernandez-Pereira, Constantino | Industrial Equipment Design for the Recovery of Germanium from Coal Fly Ash Leachates by Solvent Extraction | Posters | 2011 |
| Fernandez-Pereira, Constantino | Study on the Immobilization of Cr (VI) and Cr (III) in Geopolymers Based on Coal Combustion Fly Ash | Posters | 2011 |
| Fernandez-Pereira, Constantino | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Fernandez-Pereira, Constantino | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Fernandez-Pereira, Constantino | Germanium and Gallium Extraction from Gasification Fly Ash: Optimisation for the Up-Scaling of a Recovery Process | Posters | 2009 |
| Fernandez-Pereira, Constantino | Immobilization of a metallurgical waste using fly ash-based geopolymers | Posters | 2007 |
| Fernandez-Pereira, Constantino | Use of zeolitised fly ashes in fire resistant plates | Emerging Technology I | 2007 |
| Fernandez-Pereira, Constantino | Application of Zeolitized Coal Fly Ashes to the Depuration of Liquid Wastes | Environment 4 | 2003 |
| Fernandez-Pereira, Constantino | Influence of the Type of Ash on the Insulating Capacity of Fly Ash Mortars Used for Passive Protection against Fire | Posters | 2003 |
| Fernandez-Pereira, Constantino | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Fernandez-Pereira, Constantino | Production of Plates Based on Coal Fly Ash for Their Use as Insulating Materials in Doors and Fire Break Walls | New Products I | 2001 |
| Fernandez-Pereira, Constantino | Use of Coal Fly Ash in a Sprayed Mortar for the Passive Protection against Fire of Metallic Structures | Posters | 2001 |
| Fernández-Pereira-x, Constantino | Recovery of Germanium from Coal Fly Ash Leachate by Precipitation | Posters | 2009 |
| Fernández-Pereira-x, Constantino | Use of Different Geopolymeric Agents for the Stabilization/Solidification (S/S) of a Metallurigcal Waste | Aggregates/Geotechnology II | 2009 |
| Fernández-Pereira-x, Constantino | Waste Stabilization/Solidification (S/S) Using Fly Ash-Based Geopolymers. Influence of Carbonation on the S/S of an EAF Dust | Posters | 2009 |
| Ferrer, Pedro | Zeolitisation of coal fly ashes using microwaves. Process optimisation | Posters | 1999 |
| Ferret, Lizete Senandes | The Removal of Fe, Zn, Cu, and Pb from Wastewaters Using Chabazite Zeolites Produced from Southern Brazilian Coal Ashes | Environmental Benefits I | 2001 |
| Ferret, Lizete Senandes | Crystaline microstructure modification of Brazilian coal ash with alcaline solution | Chemistry and Mineralogy | 1999 |
| Ferret, Lizete Senandes | Zeolification of ashes obtained from the combustion of southern’s Brazil Candiota coal | Chemistry and Mineralogy | 1999 |
| Fester, Veruscha | Effect of Fly Ash particle size on its capacity to neutralize Acid Mine Drainage and influence on the rheological behaviour of residual solids | Mining II | 2007 |
| Feuerborn, Hans-Joachim | Global aspects on Coal Combustion Products | International Perspectives I | 2019 |
| Feuerborn, Hans-Joachim | Coal Combustion Products: a Global Perspective - Paper | Keynote | 2013 |
| Feuerborn, Hans-Joachim | European Product Standards - Update on status and changes with relevance to CCPs | Regulations I | 2013 |
| Feuerborn, Hans-Joachim | Impact of Political Decisions on Production and Use of Coal Combustion Products in Europe | Regulations II | 2013 |
| Feuerborn, Hans-Joachim | Ash Quality in Europe - Primary and Secondary Measures | Cement and Concrete VII | 2011 |
| Feuerborn, Hans-Joachim | Coal Combustion Products in Europe - an Update on Production and Utilisation, Standardisation and Regulation | Regulations | 2011 |
| Feuerborn, Hans-Joachim | Coal Combustion Products in Europe - Development and Trends - | Policy II | 2009 |
| Feuerborn, Hans-Joachim | Present Situation and Perspectives of CCP Management in Europe | Policy 1 | 2005 |
| Fey, Martin V. | Utilization of South African Fly Ash to Treat Acid Coal Mine Drainage, and Production of High Quality Zeolites from the Residual Solids | Environment 3 | 2003 |
| Feyyisa, Jenberu | Engineered water repellency: An evolving approach to infiltration control | Chemistry III | 2019 |
| Fick, Sarah | TVA Kingston Peninsula Disposal Site Phase IA: Project Challenges Developing Over Karst Formations | Waste Management II | 2015 |
| Fick, Sarah | Dry Fly Ash Placement - Overcoming Unique Challenges and Streamlining Field Operations | Ponds VI | 2013 |
| Field, Jim | Using the Conceptual Site Model to Tackle the $64,000 Questions Surrounding Groundwater Monitoring and Corrective Action | Groundwater and Environment V | 2017 |
| Filardi, Mark | Environmental Factors Associated With Decommissioning That Can Impact Cost, Schedule and Reuse Options | Ash Management I | 2017 |
| Filardi, Mark | Surface complexation model use and sorptive capacity evaluations for inorganic constituents from coal combustion residuals to guide monitored natural attenuation assessment | Chemistry II | 2017 |
| Fillmore, Zachary | Bulk Storage (10,000+ tons) of Fly Ash, FGD Gypsum, Limestone and Coal at Power Stations in Concrete Domes | CCP Storage and Management I | 2019 |
| Fimmen, Ryan L. | Assessment of Emergent Springs at a Fly Ash Impoundment | Waste Management IV | 2015 |
| Fine, Pinchas | Cost-Benefit Analysis of the Agricultural Use of Coal Ash-Methodological considerations | Agriculture I | 2015 |
| Fine, Pinchas | Lime & fly ash treated biosolids - a valuable agricultural additive | Agriculture II | 2015 |
| Fine, Rebekka | Mercury Release from Soils Amended with Flue Gas Desulfurization Solids | Environment II | 2011 |
| Fink, Rebecca L. | State Regulation of CCPs & CCBs in Texas | OSM Interactive Forum Session 3 | 2005 |
| Finkelman, Robert B. | A study on the petrology and geochemistry of feed coals and their gasified residues, Ningxia Hui Autonomous Region, China | Chemistry V | 2015 |
| Finley, Jim | Boron Treatment Alternatives for CCR Porewater, Leachate and Groundwater | Groundwater and Environment XIII | 2019 |
| Finseth, Dennis H. | Parametric study of the column oil agglomeration of fly ash | Processing | 1999 |
| Fisher, Dwight S. | Evaluation of FGD-Gypsum to Improve Forage Production and Reduce Phosphorus Losses from Piedmont Soils | Agriculture I | 2011 |
| Fitzgerald, Howard B. | Use of Calcium Based Products to Stabilize Ponded Coal Combustion Products - Techniques and Results | Ponds V | 2013 |
| Fitzgerald, Howard B. | Use of Lime and Lime Kiln Dust to Stablize Ponded Coal - Techniques and Results | Cement and Concrete VI | 2009 |
| Fitzgerald, Tom | Current Issues in the Regulation of Coal Ash | Keynote | 2009 |
| Fitzpatrick, Brendan | In Situ Characterization of Beneficial Enhanced Engineered Fill at TVA’s Gallatin Ash Stacking Facility | Landfill I | 2017 |
| Flanagan, D. C. | Use of Coal Combustion By-Products to Reduce Soil Erosion | Environmental Benefits I | 2001 |
| Flanagan, D. C. | Use of Coal Combustion By-Products to Reduce Soil Erosion | Posters | 2001 |
| Flanders, Steven | Utilizing Alternative Caps that meet Subtitle D Equivalency Requirements for CCP Landfill and Impoundment Closures to Gain Significant Savings and Secondary Use Opportunities | Ponds XIV | 2017 |
| Flores, Deolinda | Laminar Calcite Aggregates Formation in the Fly Ash light Fraction | Posters | 2009 |
| Flores, Ismael | Application of Fly Ash in ASHphalt Concrete: from Challenges to Opportunities | Cement & Concrete VI | 2013 |
| Fomenko, Elena V. | Fly Ash Cenospheres: Composition, Morphology, Structure, and Helium Permeability | New Products V | 2011 |
| Font, Oriol | Coal Ash as a Potential Scrubber for Wastes from the Quarry and Phosphate industries in Israel | Utilization III | 2015 |
| Font, Oriol | Geochemical and Mineralogical characteristics of Coal Combustion Byproducts Generated from Al-Ga-Li-rich coal in Inner Mongolia | Chemistry III | 2015 |
| Font, Oriol | Speciation and fate of mercury and oxy-fuel combustion conditions | Oxy Combustion I | 2015 |
| Font, Oriol | Synthesis of K-zeolites from fly ash for the ammonium and phosphorous uptake from urban waste water treatment plants | Utilization III | 2015 |
| Font, Oriol | Converting IGCC Fly Ash in an Inert Landfilling Material | Posters | 2013 |
| Font, Oriol | Manufacturing of Fire-Resistant Panels Using FGD Gypsum and Fly Ash from Power Plants in Xinjiang, Northwest China | Utilization II | 2013 |
| Font, Oriol | Reduction of Nickel Leachability from IGCC Slag | Chemistry II | 2013 |
| Font, Oriol | Co-Gasification of Biomass: Effect on the Fate of Trace Elements | Chemistry II | 2011 |
| Font, Oriol | Enrichment and Speciation of Elements in Re-circulated Waters from Desulphurisation at Two Spanish Power Plants | Chemistry IV | 2011 |
| Font, Oriol | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Font, Oriol | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Font, Oriol | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Font, Oriol | Germanium and Gallium Extraction from Gasification Fly Ash: Optimisation for the Up-Scaling of a Recovery Process | Posters | 2009 |
| Font, Oriol | Differential Behavior of Combustion and Gasification Fly Ash from Puertollano Power Plants (Spain) for Zeolite Synthesis and Silica Extraction | New Products 2 | 2005 |
| Font, Oriol | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Foody, Kevin | Advantages of Single Source Contracting In-Plant CCR Services | CCP Storage and Management VIII | 2019 |
| Forman, Ruth L. | Creating “Bullet-Proof” Environmental Information – A Case Study in Driving an Emergency Response to a Highly Managed Process | Kingston II | 2011 |
| Fortner, Allison M. | Effects of the Kingston Ash Release on Fish Reproduction and Larval Fish | Kingston I - Ecological Investigations | 2013 |
| Foster, Andrea L. | Composition, morphology and trace element leaching from US coal fly ash | Posters | 2013 |
| Foster, Andrea L. | Mode of Occurrence of Arsenic in Feed Coal and its Derivative Fly Ash, Black Warrior Basin, Alabama | Chemistry and Mineralogy I | 2001 |
| Foster, Kevin | Dynamic Geotechnical Laboratory Testing of Coal Combustion Products | Liquefaction II | 2013 |
| Foster, Stephen | Pathways and barriers for acceptance and usage of geopolymer concrete in mainstream construction | Cement & Concrete III | 2015 |
| Fourmont, Stephan | Use of multi-linear drainage geocomposites for CCP disposal units final cover | CCP Storage and Management II | 2019 |
| Fouse, Jeffrey | Design and Construction of a CCR Landfill Adjacent to the Missouri River | Landfill and Pond Issues XII | 2019 |
| Fox, Bruce | Three Sisters Mountain Village Development – Transformation of Old Coal Mine Properties into Modern Day Use | Posters | 2007 |
| Fox, Ian | Practical Recommendations for the use of Pulverised Fuel Ash as an Engineering Fill in the UK | Aggregates/Geotechnology III | 2009 |
| Fox, John M. | Fly Ash Classification – Old and New Ideas | Chemical Classification I | 2017 |
| Fox, John M. | The Influence of Fly Ash After Change to Low-NOx Burners on Concrete Strength – Case Study | Cement and Concrete II | 2007 |
| Fox-x, John M. | Changes in Fly Ash With Thermal Treatment | Cement and Concrete 5 | 2005 |
| Frady, William Ted | South Carolina Electric & Gas successful application of carbon burn-out at the Wateree Station | Commercial Ash Processing - a User's Perspective | 1999 |
| Fraley, Dave | Continuous, Real-Time TSS Monitoring Verifies Effluent Quality and Coal Ash Management Performance While Reducing Compliance Costs | Groundwater and Environment XVI | 2019 |
| Franklin, Benjamin J. | Class C Fly Ash Stabilization of Recycled Asphalt Pavement and Soil – A Case Study | Utilization I | 2015 |
| Franklin, Benjamin J. | Influences of Class F and C Fly Ash Blending | Cement & Concrete I | 2015 |
| Franklin, Dory H. | Evaluation of FGD-Gypsum to Improve Forage Production and Reduce Phosphorus Losses from Piedmont Soils | Agriculture I | 2011 |
| Freitag, Uli | How Dense Slurry Fly Ash Disposal helped Europe's largest Brown Coal Power Station to reduce its Water Consumption by over 90% | Regulations | 2017 |
| French, David | Comparison of Waste from PF Utilities and Transitional Technologies using Australian Coal | Chemistry/Mineralogy III | 2009 |
| French, David | Evaluating the Interaction of Coal Ash Leachates with Rock Materials for Mine Backfill Studies | Chemistry/Mineralogy II | 2009 |
| French, David | The Application of Advanced Mineralogical Techniques to Coal Combustion Product Characterisation | Chemistry/Mineralogy I | 2009 |
| French, David | Variations in Element Mobility from Fly Ashes Stored in Different Environments | Environmental I | 2009 |
| French, David | Relation between Coal and Fly Ash Mineralogy, Based on Quantitative X-Ray Diffraction Methods | Chemistry 1 | 2005 |
| Frew, James | Beneficial Use of CCBs to Develop an Optimal Mix for Pervious Concrete | Posters | 2011 |
| Friers, William J. | Comprehensive Approach for Managing Risk from CCP Storage Facilities | Environment IX | 2011 |
| Froh, Ron | Sustainable Closure of Fly Ash Impoundments | Project-Specific Case Studies I | 2019 |
| Froh, Ron | Sustainable Closure of Fly Ash Impoundments | Ponds XII | 2017 |
| Frouin, Laurent | Effect of fly ash particles packing on performance of OPC-activated GGBS slag | Cement & Concrete II | 2015 |
| Fuller, Don W. | Using Numerical Models of Dewatering at Coal Ash Impoundments to Understand Cost and Schedule | Landfill and Pond Issues XII | 2019 |
| Fuller, Don W. | Quality Management for CCR Storage Facility Construction, Operations, and Closure | Waste Management IX | 2015 |
| Fuller, Don W. | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| Fuller, Don W. | Soil-Cement Mixing in Coal Ash for Seismic Stability of the Kingston CCR Facility | Ponds I | 2011 |
| Fuller, Robert | Widows Creek CCR Facility Closures Lessons Learned | Project-Specific Case Studies III | 2019 |
| Funderburg, Marcella | Advantages of Single Source Contracting In-Plant CCR Services | CCP Storage and Management VIII | 2019 |
| Funderburg, Marcella | Best Practices During Closure | CCP Storage and Management II | 2019 |
| Funderburg, Marcella | Excavation and Beneficiation Considerations | Beneficiation and Processing II | 2019 |
| Furse, Nick | CCR Alternative Source Evaluation Process for Aquifers at an Electric Power Facility Using ?D,?18O, ?11B, ?34S, 87Sr/86Sr and Chemical Composition | Groundwater and Environment X | 2019 |
| Gable, Jennifer N. | Data Quality Assessment Via Data Mining: Using Patterns in the Forest to Evaluate the Trees | Groundwater and Environment XV | 2019 |
| Gable, Jennifer N. | Porewater Studies Subsequent to the Kingston Ash Event | Environmental I | 2013 |
| Gacho, Carmel C. | Removal of Dyes from Aqueous Solution by Sorption with Coal Fly Ash | Posters | 2003 |
| Gacho, Carmel C. | Removal of Phosphate from Aqueous Solution by Crystallization Using Coal Fly Ash | Environmental Benefits II | 2001 |
| Gagnon, Jean-Rene | Plasma Gasification and Vitrification of Ash – Conversion of Ash into Glass-like Products and Syngas | Emerging Technology I | 2007 |
| Gai, Guosheng | Research on the Whiteness and Properties of Modified Coal Fly Ash | New Products I | 2009 |
| Gailius, A. | Waste-Treated Waste: Stabilization of Colliery Waste from South Wales (UK) Using Wastepaper Sludge Ash (WSA) | Cement and Concrete 8 | 2005 |
| Gajda, John | High Volume Utilization of Fly Ash in Mass Concrete | Cement & Concrete IV | 2015 |
| Gajda, John W. | Commercial Demonstration of High-Carbon Fly Ash Technology in Cement Manufacturing | Concrete 1 | 2003 |
| Gajda, John W. | Conversion of Coal Prep-Wastes into Portland Cements | Novel Applications 1 | 2003 |
| Gale, Steve | Geosynthetic Reinforcement in Surface Impoundment Closures | Geotech II | 2017 |
| Gallagher, Ben | Encapsulation of flue-gas desulfurization wastewater using coal combustion by-product mixtures: Field lysimeter investigations | Beneficiation and Processing II | 2019 |
| Gallagher, Ben | Investigating Effects of Temperature on Fly Ash Encapsulation Paste | Emerging Technologies II | 2019 |
| Gallagher, Ben | In Situ Solidification and Stabilization of Coal Combustion Residuals: Potential Applications and Cost Analysis | Disposal III | 2017 |
| Gallagher, Ben | Remediation of Coal Combustion Residuals Using Microbially-Induced Calcite Precipitation | Ponds VIII | 2017 |
| Galvin, Kevin | Upgrading of Cenospheres in Fly ash using a Series of Inverted Reflux Classifiers | Utilization IV | 2015 |
| Gao, Guanghui | Development of the Fracturing Proppant with Low Density and High Strength Using High Alumina Fly Ash | Cement and Concrete II | 2017 |
| Gao, Yu Ming | Adsorption of Ammonia on Coal Fly Ash | Ammonia | 2001 |
| Gao, Yu Ming | Ozonation for the Chemical Modification of Carbon Surfaces in Fly Ash | New Products II | 2001 |
| Garcia, F. | Co-Gasification of Biomass: Effect on the Fate of Trace Elements | Chemistry II | 2011 |
| Garcia, Javier | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Garcia-Arenas, Celia | Development of Acoustic Barriers Mainly Composed of Co-Combustion Bottom Ash | New Products I | 2011 |
| Garcia-Peña, Francisco | Converting IGCC Fly Ash in an Inert Landfilling Material | Posters | 2013 |
| Garcia-Peña, Francisco | Reduction of Nickel Leachability from IGCC Slag | Chemistry II | 2013 |
| Garcia-Rojo, Ezequiel | Synthesis of zeolites from fly ash in a pilot plant scale: examples of potential environmental applications | Chemistry and Mineralogy | 1999 |
| Garcia-Sanchez, Antonio | Immobilization of Heavy Metals in Polluted Soils by the Addition of Zeolitic Material Synthesized from Coal Fly Ash. | Environmental Benefits I | 2001 |
| Garlitz, James E | Coal Combustion Byproduct Utilization in Western Maryland Strip Mines | Reclamation II | 2015 |
| Garrabrants, Andrew C. | The Leaching Environmental Assessment Framework as a Tool for Evaluating Release from Coal Combustion Residues | Environment VI | 2011 |
| Gasiorowski, Stephen A. | Triboelectrostatic Beneficiation of Land Filled Fly Ash | Beneficiation I | 2015 |
| Gasiorowski, Stephen A. | Separation Technologies' Automated Fly Ash Beneficiation Process selected for New Korean Power Plant | Beneficiation I | 2013 |
| Gasiorowski, Stephen A. | Polish Chemical Plant Utilizes Separation Technologies’ Carbon Removal Process | Beneficiation II | 2011 |
| Gasiorowski, Stephen A. | Fly Ash Carbon Separation and Ammonia Removal at Tampa Electric Big Bend | Beneficiation/Handling I | 2009 |
| Gasiorowski, Stephen A. | Triboelectrostatic Fly Ash Beneficiation: An Update on Separation Technologies’ International Operations | UBC - Beneficiation of High-LOI Fly Ash - P.M. | 2005 |
| Gasiorowski, Stephen A. | Removing Ammonia from Fly Ash | Ammonia | 2001 |
| Gasiorowski, Stephen A. | STI’s Six Years of Commercial Experience in Electrostatic Benefication of Fly Ash | Beneficiation I | 2001 |
| Gautam, Vik | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| Gauthier, Philippe | Combustion Tuning Systems for Control of Unburned Carbon | UBC - Control Measures (Case Studies) | 2005 |
| Gayer, Rodney A. | Characterisation of Fly Ash from the Kangal Power Plant, Eastern Turkey | Chemistry and Mineralogy I | 2001 |
| Gearing, Phil | How to Minimize CCR Landfill Leachate and Contact Water Management | Groundwater and Environment XI | 2019 |
| Geary, Georgene | Evaluation of an Engineered Fill Using Recycled Coal Combustion Products | Utilization IV | 2015 |
| Geertsema, Ari | Coal Products: Status and Future for the USA | Keynote - Plenary | 2001 |
| Genthe, Douglas R | Effect of Moisture Conditioning and Handling on Leaching and Physical Properties of Sodium Bicarbonate Flue Gas Desulfurization Materials | Landvill VIII | 2017 |
| Gentile, Margaret | Strategic Approaches to Address the Unique Challenges of Groundwater Remediation at Coal Ash Facilities | Groundwater and Environment VI | 2019 |
| Gergely, Janos | Compressive Strength and Embodied Energy Optimization of Fly Ash Based Geopolymer Cement Concrete | Cement and Concrete VIII | 2009 |
| Gergely, Janos | Effect of Hydroxyl Ion on Immobilization of Oxyanions Forming Trace Elements from Fly Ash-based Geopolymer Concrete | Cement and Concrete VIII | 2009 |
| Gericke, Gerhard | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| Gestler, Ron | Phytoremediation Using TreeWell® Technology: An Innovative Approach to Groundwater Remediation at CCR Sites | Groundwater and Environment XIV | 2019 |
| Ghafoori, Nader | Processing, transporting, and utilizing coal combustion by-products | Economic Development Issues | 1999 |
| Ghanem, Hind | Geochemical characterization of coal-combustion byproducts and numerical simulations of their long-term effects as capping materials at coal mine reclamation sites | Reclamation I | 2015 |
| Ghiani, M. | Heavy Metal Immobilization Using Fly Ash in Soils Contaminated by Mine Activity | Mining I | 2001 |
| Ghiani, M. | The Italian approach to the problem of fly ash | Processing | 1999 |
| Ghosh, Bijoy Chandra | Influence of Industrial Solid Wastes on Soil-Plant Interactions in Rice under Acid Lateritic Soil | Agriculture I | 2009 |
| Ghosh, Bijoy Chandra | Fly Ash – a Potential Source of Soil Amendment and a Component of Integrated Plant Nutrient Supply System | Environment 1 | 2003 |
| Giacinto, Joseph F. | Cost Optimization for Mine Void Stabilization Projects: A Deep Mine Case Study | Mining I | 2007 |
| Giacinto, Joseph F. | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment | Posters | 2007 |
| Giampa-x, Vincent M. | The Fate of Ammonia and Mercury in the Carbon Burn-Out (CBO™) Process | CUBs and Sustainable Development | 2003 |
| Giere, Reto | Particulate Emissions from Combustion of a Coal+Tire Blend | Chemistry 1 | 2005 |
| Gillow, Jeff | Characterization and Remediation of Metals in Groundwater Associated with Coal Combustion Residual Management Sites | Posters | 2015 |
| Gillow, Jeff | Managing Geochemistry of Multiple Coal Ash Metals of Potential Concern – The New Regulatory Context and Its Practical Implications for New and Existing Facilities | Chemistry V | 2013 |
| Gilmour, Cynthia C. | Methods for Testing Trace Metal Mobility in Coal Fly Ash and FGD Solids | Chemistry/Mineralogy I | 2009 |
| Gilson-Beck, Abigail | CCR Barrier Systems: Mitigating Risk from Leakage with Proven Advanced Technologies | Groundwater and Environment VII | 2017 |
| Gimenez, Antonio | Enrichment and Speciation of Elements in Re-circulated Waters from Desulphurisation at Two Spanish Power Plants | Chemistry IV | 2011 |
| Gimenez, Antonio | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Gimenez, Antonio | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Ginster, Martin | Leachate Characteristics of Ash Residues from a Laboratory-Scale Brine Encapsulation Simulation Process | Chemistry & Mineralogy I | 2007 |
| Ginster, Martin | Beneficial Utilisation of Sasol Coal Gasification Ash | New Products 2 | 2005 |
| Ginster, Martin | Detailed Characterisation of Sasol Ashes | Chemistry 6 | 2005 |
| Giroux, Louis | Low temperature plasma ashing of coal for quantitative mineral analysis | Chemistry V | 2013 |
| Gitari, Wilson M. | Carbonation of Brine Slurried Size Fractionated Coal Combustion Fly Ash | Chemistry I | 2011 |
| Gitari, Wilson M. | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| Gitari, Wilson M. | Mineralogy and Trace Element Partitioning in Coal Fly Ash/Acid Mine Drainage Co-Disposed Solid Residues | Environmental Management | 2005 |
| Gitari, Wilson M. | Treatment of Acid Mine Drainage with Fly Ash: Removal of Major, Minor Elements, SO4 and Utilization of the Solid Residues for Wastewater Treatment | Posters | 2005 |
| Giudetti, Maria | Dry Bottom Ash Handling Increases Marketability | LOI/Beneficiation/Handling I | 2007 |
| Glarakis, Ioannis | Mixture of Lignite Fly Ash in Concrete: Physical and Mineralogical Characterization – Case Study from Ptolemais, Northern Greece | Cement and Concrete 5 | 2005 |
| Glasscock, John R. | Portable Dewatering Options for CCP’s | FGD I | 2015 |
| Glazier, Bob | IS MY SITE A CANDIDATE FOR A GROUNDWATER NATURAL ATTENUATION REMEDY? A GEOCHEMIST’S PERSPECTIVE | Chemistry I | 2019 |
| Glazier, Bob | How to Manage a Statistically Significant Increase (SSI) During Groundwater Detection Monitoring under the CCR Rule | Groundwater and Environment II | 2017 |
| Glazier, Bob | Mass Flux Performance Metrics for Support of Less Aggressive Groundwater Remedies under the Federal CCR Rule | Groundwater and Environment III | 2017 |
| Glenn, John C. | C2P2 – Partnership Innovation | Policy 2 | 2005 |
| Glesmann, Sheila | Evaluating Metals Sequestration in Ash by Powdered Activated Carbon | Chemical Classification I | 2017 |
| Glesmann, Sheila | Evaluating Impacts on Ash Quality of Powdered Activated Carbon for Mercury Control | Chemistry IV | 2015 |
| Glier, Justin | Recovery of Rare Earth Elements from Coal Ash with a Recycling Acid Leach Process | Rare Earth Elements III | 2017 |
| Glosser, Deborah | EXPERIMENTAL TEST METHOD TO DETERMINE THE REACTIVITY OF FLY ASH FOR USE IN CONCRETE MIXTURE PROPORTIONING | Cement and Concrete I | 2019 |
| Glosser, Deborah | Thermodynamic Investigation of Cementitious Mixtures Incorporating Off-Spec Fly Ashes | Cement and Concrete VII | 2019 |
| Glover, Tim | "The Importance of Being Representative" or Setting Reasonable Background Values for CCR Monitoring | Groundwater and Environment X | 2019 |
| Glover, Tim | Using the Conceptual Site Model to Tackle the $64,000 Questions Surrounding Groundwater Monitoring and Corrective Action | Groundwater and Environment V | 2017 |
| Godoy, Luis | Joint Industrial Byproducts Reutilization Initiative | Posters | 2007 |
| Gokmen, Cuneyt | TVA Kingston Peninsula Disposal Site Phase IA: Project Challenges Developing Over Karst Formations | Waste Management II | 2015 |
| Gokmen, Cuneyt | Dry Fly Ash Placement - Overcoming Unique Challenges and Streamlining Field Operations | Ponds VI | 2013 |
| Goktepe, Burak A. | Analysis and Design of a Stabilized Fly Ash as Pavement Base Material | Cement and Concrete 10 | 2005 |
| Goldemund, Herwig | Phytoremediation Using TreeWell® Technology: An Innovative Approach to Groundwater Remediation at CCR Sites | Groundwater and Environment XIV | 2019 |
| Goldemund, Herwig | Conceptual Groundwater Remedial Alternatives at Coal Combustion Residuals (CCR) Sites | Groundwater and Environment I | 2017 |
| Golden, Nicholas | CCP Facility Master Closure Strategies | Waste Management IX | 2015 |
| Golden, Nicholas | CCP Landfill and Dry Stack Operational Challenges and the Engineering Solutions that Work | Ponds VI | 2013 |
| Golightly, Danold W. | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon | Mercury I | 2007 |
| Golightly, Danold W. | Chemical Composition and Engineering Properties of Solid By-products Collected from the Ohio State Carbonation and Ash Reactivation (OSCAR) Process | Chemistry 7 | 2005 |
| Golightly, Danold W. | Characterization of Hg, As and Se in Lime Spray Dryer Ash | FGD 1 | 2003 |
| Golightly, Danold W. | Short and Long Term Variability of Flue Gas Desulfurization By-Product | Chemistry and Mineralogy I | 2001 |
| Gomez, Pedro | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Gomez, Pedro | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Gomez, Sergio A. | Statistical Software to improve the accuracy of geopolymer concrete mix design and proportioning | Cement & Concrete VI | 2013 |
| Gond, Dadibal Prasad | Performance of Several Crops Grown in Fly Ash Amended Soil | Agriculture II | 2011 |
| Gong, Bengen | Mineralogy of High Aluminum Fly Ash and Trace Element Distributions during its Utilization in Inner Mongolia, China | Posters | 2015 |
| Gonzalez, Aixa | Removal of Selenium from FGD water streams by a nonconventional adsorbent by-product | FGD I | 2013 |
| Gonzalez, Maria Eugenia | Removal of Selenium from FGD water streams by a nonconventional adsorbent by-product | FGD I | 2013 |
| Gore, Matthew | Geotechnical Characterization of Fly Ash with an Emphasis on Undrained Strength | Geotech I | 2019 |
| Goss, David C. | C2P2 – Partnership Innovation | Policy 2 | 2005 |
| Grabowski, Ron | Bottom Ash Handling CCR Solutions | Waste Management VI | 2015 |
| Graham, Paul | Future Ash Availability – Potential Consequences of Transformation of Australia’s Energy Generation Portfolio to 2050 | Policy 4 | 2005 |
| Graham, Uschi M. | Chemically active aerogel-fly ash composites for mercury clean-up | Mercury/Health Aspects of Fly Ash | 1999 |
| Grahlherr, Don | Structural Considerations for In-Place Closure of CCR Impoundments | Geotech II | 2017 |
| Grammelis, Panagiotis | Coal Fly-Ash Utilisation in Greece | Posters | 2005 |
| Grammelis, Panagiotis | Utilisation of Biomass Co-combustion Residues Coming from Pulverised Coal Boilers | Posters | 2005 |
| Granite, Evan | Distributions and Extraction of Rare Earth Elements from Coal and Coal By-Products | Rare Earth Elements II | 2017 |
| Granite, Evan | Measurement of mercury flux from coal utilization by-products with a laboratory flux chamber | Posters | 2007 |
| Graves, Duane | Biogeochemistry: A Novel Approach to Managing and Marketing CCR | Disposal I | 2017 |
| Graves, Duane | Boron Treatment Technology for CCR Wastewater, Ash Leachate, and Groundwater | Groundwater and Environment I | 2017 |
| Graves, Duane | CCR Microparticulates and the Trouble They Cause | Ponds XIII | 2017 |
| Graves, Duane | Sulfur-Oxidizing Bacteria Convert Problematic Waste into Marketable Resource | FGD III | 2017 |
| Gray, B. Lauren | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Gray, Danny L. | Impacts to CCP Availability due to Regulations and Oil & Gas Technology | CCP Storage and Management IV | 2019 |
| Gray, Doug | Coal Combustion Residual (CCR) Groundwater Data Evaluation: From Monitoring to the Right Remediation Path | Groundwater and Environment VII | 2017 |
| Gray, McMahan L. | Parametric study of the column oil agglomeration of fly ash | Processing | 1999 |
| Gredell, Thomas | Design and Construction of a CCR Landfill Adjacent to the Missouri River | Landfill and Pond Issues XII | 2019 |
| Gredell, Thomas | Locating and Permitting a CCR Landfill Adjacent to the Missouri River | Landfill and Pond Issues XII | 2019 |
| Greeley, Mark S. | Effects of the Kingston Ash Release on Fish Reproduction and Larval Fish | Kingston I - Ecological Investigations | 2013 |
| Green, Russel A. | Dynamic Geotechnical Laboratory Testing of Coal Combustion Products | Liquefaction II | 2013 |
| Greffrath, Fabian | Spectral Emittance Characteristics of Powdery and Molten Coal Ashes | Chemistry IV | 2011 |
| Greiner, Amie | Inter-laboratory Comparison of Leaching Methods | Posters | 2005 |
| Grier, Dean G. | Coal combustion by-product diagenesis II | Durability Issues/Ettringite | 1999 |
| Griggs, John | Surface Water and Groundwater Mixing in Alluvial Floodplains: A Significant Issue for Understanding Contaminant Transport at Coal Ash Facilities Adjacent to Rivers | Groundwater and Environment XVI | 2019 |
| Groppo, John G. | Ash Beneficiation for REE Recovery | Chemistry I | 2015 |
| Groppo, John G. | Leaching Comparison of Natural and Coal-Derived Lightweight Aggregates
Used for Concrete Masonry Units | Cement & Concrete IV | 2013 |
| Groppo, John G. | Economical Recovery of Fly Ash-Derived Magnetics and Evaluation for Coal Cleaning | New Products II | 2009 |
| Groppo, John G. | Experiences of Processing Fly Ashes Recovered from United Kingdom Stockpiles and Lagoons, Their Characteristics and Potential End Uses | Beneficiation/Handling I | 2009 |
| Groppo, John G. | The Sedimentation, Stratigraphy and Petrography of a Coal-Ash Pond in Carroll County, Kentucky | Posters | 2009 |
| Groppo, John G. | Evaluation of Processed Bottom Ash for Use as Lightweight Aggregate in the Production of Concrete Masonry Units | Aggregates 1 | 2005 |
| Groppo, John G. | Ashes to Energy – The Coleman Power Plant Project | Beneficiation I | 2001 |
| Gruzalski, Jacob | Monitoring Well Integrity and Performance – What is Happening Underground? | Groundwater and Environment V | 2019 |
| Guedea, Isabel | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Guedes, Alexandra | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Guedes, Alexandra | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Guedes, Alexandra | Laminar Calcite Aggregates Formation in the Fly Ash light Fraction | Posters | 2009 |
| Guerra, Erika | Fly Ash in Cement Kilns: Green Practices Leading to Emissions Reductions | Cement and Concrete III | 2009 |
| Guimaraes, Maria | Coal Ash Use Study for Duke Energy, North Carolina | Cement and Concrete VII | 2017 |
| Guimaraes, Renato | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Gumm, Michael | Utilizing Alternative Caps that meet Subtitle D Equivalency Requirements for CCP Landfill and Impoundment Closures to Gain Significant Savings and Secondary Use Opportunities | Ponds XIV | 2017 |
| Gunnulfsen, Jennifer M. | Commercial Use of CCBs: Changes, Challenges, and Opportunities | Posters | 2013 |
| Gunnulfsen, Jennifer M. | Maryland’s Research of Beneficial Uses of Coal Combustion By-Products | Posters | 2011 |
| Guo, Qizhong | Beneficiation and Utilization of Fly Ash Containing Mercury Impregnated Activated Carbon | Beneficiation/Handling II | 2009 |
| Guo, Xiaolu | Performance and Mechanism of Alkali-Activated Complex Binders of High-Ca Fly Ash and Other Ca-Bearing Materials | Cement and Concrete VI | 2009 |
| Guo, Xiaolu | Reclamation of an Abandoned Surface Coal Mined Land Using a Dry Flue Gas Desulfurization Product | Mining/Reclamation II | 2009 |
| Guo, Xin | A study on the petrology and geochemistry of feed coals and their gasified residues, Ningxia Hui Autonomous Region, China | Chemistry V | 2015 |
| Guo, Yajie | Sustainable Closure of Fly Ash Impoundments | Project-Specific Case Studies I | 2019 |
| Gupta, Abhishek | Fly Ash Reclamation and Beneficiation Using a Triboelectric Belt Separator | Beneficiation and Processing II | 2019 |
| Gupta, Abhishek | Triboelectrostatic Beneficiation of Land Filled Fly Ash | Beneficiation I | 2015 |
| Gupta, Y.S. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Gurba, Lila Wanda | Comparison of Waste from PF Utilities and Transitional Technologies using Australian Coal | Chemistry/Mineralogy III | 2009 |
| Gurnari, Larry | Ozonation for the Chemical Modification of Carbon Surfaces in Fly Ash | New Products II | 2001 |
| Gurupira, Tapiwa Z. | Characteristics of Fly Ashes and Processing Conditions Affecting Carbon-Ash Separation under Pneumatic Transport, Triboelectric Processing | UBC - Beneficiation of High-LOI Fly Ash - A.M. | 2005 |
| Gurupira, Tapiwa Z. | Development of an Automated Foam Index Test | Cement and Concrete 7 | 2005 |
| Gurupira, Tapiwa Z. | New Products from Coal Combustion Ash: Selective Extraction of Particles with Density < 2 | New Products II | 2001 |
| Gurupira, Tapiwa Z. | Technology development for carbon-ash beneficiation by pneumatic transport, triboelectric processing | Processing | 1999 |
| Gustin, Frederick H. | Resilient Moduli and Structural Layer Coefficient of Flyash Stabilized Recycled Asphalt Base | Aggregates/Geotechnology I | 2007 |
| Gustin, Frederick H. | Full-Depth Cold In-Place Recycling of Asphalt Pavements Using Self-Cementing Fly Ash: Field and Laboratory Study | Cement and Concrete 2 | 2005 |
| Gustin, Mae S. | Mercury Release from Soils Amended with Flue Gas Desulfurization Solids | Environment II | 2011 |
| Gwosdz, Alfred | Spectral Emittance Characteristics of Powdery and Molten Coal Ashes | Chemistry IV | 2011 |
| Hadas, Efret | Cost-Benefit Analysis of the Agricultural Use of Coal Ash-Methodological considerations | Agriculture I | 2015 |
| Haddock, Mark | Benefits and Process of Completing an Integrated MNA Feasibility Study Prior to Determining Corrective Action Strategy | Groundwater and Environment XII | 2019 |
| Haddock, Mark | Risk-Based Groundwater and Surface Water Investigation to Evaluate Potential Environmental Impact of Coal Ash Management Practices at Coal-Fired Power Plants | Reclamation II | 2015 |
| Haefner, Ralph J. | A sulfur-isotope mixing model to trace leachate from pressurized fluidized bed combustion byproducts in an abandoned coal mine setting | Haulback/Remediation | 1999 |
| Hageman, Eric | Lessons Learned from Implementing Advanced Compaction Monitoring at TVA’s CCR Landfills | Landfill and Pond Issues II | 2019 |
| Hageman, Eric | luation and Modifications to Improve the Fly Ash Moisture Conditioning Process at TVA’s Bull Run Fossil Plant | Disposal II | 2017 |
| Hageman, Eric | Assessment of New QC/QA Compaction Monitoring Program at TVA’s Coal Combustion Product Stacking Facilities: A Case Study | Waste Management IX | 2015 |
| Hageman, Eric | Effects of Micromorphology and Chemical Composition on Densification of CCPs | Waste Management V | 2015 |
| Hager, Ronald | CCP Landfill and Dry Stack Operational Challenges and the Engineering Solutions that Work | Ponds VI | 2013 |
| Haines, Gil M | CCR Impoundment Dewatering Pilot Case Study | Landfill and Pond Issues III | 2019 |
| Halder, Bijoy K. | Influence of Coal Fly Ash on Mechanical Properties of Mortar Consisting of Total Dissolved Solids | Cement & Concrete V | 2013 |
| Hale, Matt | EPA Comments Regarding TVA Kingston Event | Keynote | 2009 |
| Hale, Micah | Alkali Silica Reaction Mitigation Using High Volume Class C Fly Ash | Cement & Concrete III | 2015 |
| Hallden, James | Surface complexation model use and sorptive capacity evaluations for inorganic constituents from coal combustion residuals to guide monitored natural attenuation assessment | Chemistry II | 2017 |
| Halliday, Judith E | Exploring Options for Using Wet-Stored Stockpile Fly Ash in Concrete | Cement & Concrete VI | 2015 |
| Halliday, Judith E | Utilising Stockpiled Fly Ash to Manufacture Sand for Mortar | Cement & Concrete IV | 2015 |
| Halverson, John | Beneficial Use of Fly Ash for Concrete Construction in California | Cement & Concrete IV | 2015 |
| Hämäläinen, Jouni | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass | Posters | 2007 |
| Hamilton, Bryan | Coal Combustion Residuals Management Using Geotextile Containers- Considerations for Various Options | CCP Storage and Management VIII | 2019 |
| Hamley, Paul | The Removal of Carbon from Fly Ash Using Supercritical Water Oxidation | Beneficiation I | 2001 |
| Hamre, Lucinda L. | Use of bottom ash and fly ash in rammed-earth construction | Construction and Evolution of CCPs | 1999 |
| Han, Gi-Chun | Adsorption Behavior of Heavy Metals on NaP1 Zeolite Synthesized from Coal Bottom Ash | Posters | 2009 |
| Han, Gi-Chun | Characteristic of Magnetic-Substance Classification from Coal Bottom Ash using Wet Magnetic Separator | Aggregates/Geotechnology V | 2009 |
| Han, Gi-Chun | Manufacture of Cementitious Materials with Coal Combustion Bottom Ash and FGD gypsum | Cement and Concrete IV | 2009 |
| Han, Sang-Jae | The Mechanical Properties of Coal-Ash Generated in South Korea for Using Highway Road Material | Posters | 2009 |
| Han, Shoucheng | A study on the petrology and geochemistry of feed coals and their gasified residues, Ningxia Hui Autonomous Region, China | Chemistry V | 2015 |
| Hansen, David L. | Coal Flyash Used for New Environmental Coating Product | Environment III | 2011 |
| Haraguchi, Kensaku | Removal of Dyes from Aqueous Solution by Sorption with Coal Fly Ash | Posters | 2003 |
| Haraguchi, Kensaku | Removal of Phosphate from Aqueous Solution by Crystallization Using Coal Fly Ash | Environmental Benefits II | 2001 |
| Hardin, Christopher D. | Extensive Real Time Monitoring of Ash Response to Construction-Induced Activity | Geotech II | 2019 |
| Hardin, Christopher D. | Incremental, Performance Based Approach to Geotechnical Characterization of Ponded Ash Materials | Geotech II | 2019 |
| Hardin, Christopher D. | An Innovative Design for Coal Ash Impoundment Capping and Closures with Significant Cost, Performance, and Environmental Co-Benefits Soilless Solar Caps | Utilization I | 2013 |
| Hardin, Christopher D. | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| Hardin, Christopher D. | Recommended Guidelines for the Use and Application of the Leaching Environmental Assessment Framework (LEAF) for Coal Combustion Residuals | Environmental III | 2013 |
| Hardin, Christopher D. | Operations and Maintenance Guidelines for Coal Ash Landfills - Coal Ash Landfills are NOT the Same as Subtitle D Solid Waste Landfills | Aggregates I | 2011 |
| Hardin, Christopher D. | Practical Considerations for the Management and Closure of Wet Coal Ash Pond Systems | Mining and Reclamation I | 2011 |
| Hardin, Christopher D. | Preserving Structural Fill and Mine Reclamation as Acceptable Beneficial Reuse of CCRs | Beneficiation IV | 2011 |
| Hardin, Christopher D. | Summary of the EPA’s Leaching Environmental Assessment Framework (LEAF) and the Implications for Coal Ash Impoundments and Beneficial Use in Mine Reclamation | Posters | 2011 |
| Hardin, Christopher D. | Best Management Practices for Coal Ash Storage Facilities | Keynote | 2009 |
| Hardin, Kenneth O. | Embankment Load Tests on an Active Ash Basin | Ash Facility Management II | 2007 |
| Hareeparsad, Shameer | Mineralogical & Geochemical Evaluation of Brine-Encapsulated Monoliths | FGD I | 2017 |
| Harper, Kathy J. | Radon Emissions from a High Volume Coal Fly Ash Structural Fill Site | Environmental Benefits II | 2001 |
| Harper, Larry | Organo-Silane Chemistry: A Water Repellent Technology for Coal Ash and Soils | Beneficiation/Handling III | 2009 |
| Harper, Levi | Rates of Ammonia Loss from Mortar | Ammonia | 2001 |
| Harr, Carl | Mitigating Dust and Runoff in Fly Ash Storage | Cement & Concrete VIII | 2015 |
| Harris, Christine M | Are we there yet? What does compliance with the CCR rule really mean? | Regulatory Issues I | 2019 |
| Harris, Christine M | Assessment of Corrective Measures – Public Engagement and Strategic Communication Considerations | Regulatory Issues III | 2019 |
| Harris, David | Global aspects on Coal Combustion Products | International Perspectives I | 2019 |
| Harris, David | Asian Ash Characteristics and Use for Portland/Calcium Sulfoaluminate Hybrid Cements | Cement and Concrete V | 2017 |
| Harris, David | Chinese Fly Ash: Supply and International Trading - Plenary PPT | Keynote | 2015 |
| Harris, David | Coal ash by-product from Shanxi Province for the production of Portland/CSA hybrid cements | Posters | 2015 |
| Harris, David | David Harris - Robert Carroll - Plenary Podcast (mp3) | Keynote | 2015 |
| Harris, David | Plenary Q-A session - Plenary Podcast (mp3) | Keynote | 2015 |
| Harris, Elizabeth Ann | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Harris, R. Shane | CCP Facility Master Closure Strategies | Waste Management IX | 2015 |
| Harris, R. Shane | Inventory, Inspection and Management Practices of CCP Facility Spillways at TVA Paradise Fossil Plant | Waste Management II | 2015 |
| Harris, R. Shane | CCP Landfill and Dry Stack Operational Challenges and the Engineering Solutions that Work | Ponds VI | 2013 |
| Harris, Ron | John E. Amos Landfill Soil Nail Wall | Landfill I | 2017 |
| Harris, Stuart R. | Inventory, Inspection and Management Practices of CCP Facility Spillways at TVA Paradise Fossil Plant | Waste Management II | 2015 |
| Harrison, Clark | The Effects of Fly Ash Quality on Brine Encapsulation | Cement and Concrete V | 2019 |
| Harrison, Melissa | Using Mercury Capture Systems with Fly Ash for Cement Manufacturing | Cement and Concrete VII | 2017 |
| Harrison, Melissa | Mercury Capture Options for Coal Combustion Products | Chemistry IV | 2015 |
| Harrison, Melissa | An Innovative Approach for Mercury Capture | Cement & Concrete II | 2013 |
| Harshberger, Kevin | The Closure of AEP’s First Major Wet Fly Ash Pond - A Unique Owner-Contractor Collaboration | Ponds III | 2015 |
| Hart, Brian R. | Evaluation of Pulverized Fuel Ash Mixed with Organic Matter to Act as a Manufactured Growth Medium | Posters | 2003 |
| Hartung, Kerri L.M. | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash | Mercury III | 2007 |
| Harvie, Wilson B. | Sensor-Enabled Geosynthetics: Monitoring Stability and Leak Detection in Earthen Construction | Pond Liners | 2013 |
| Hassett, David J. | Characteristics and Performance of Fly Ash from Sodium Sorbent Scrubbing of SO3 Emissions from Coal-Based Power Plants | FGD | 2009 |
| Hassett, David J. | Evaluation of CCP Leachate Interactions with Mine Overburden | Mining/Reclamation II | 2009 |
| Hassett, David J. | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal | LOI/Beneficiation/Handling I | 2007 |
| Hassett, David J. | Current Status of Spray Dryer Absorber Material Characterization and Utilization | FGD I | 2007 |
| Hassett, David J. | Development of a Method to Determine Microbiologically Generated Mercury Vapor and Organomercury in CCBs | Mercury II | 2007 |
| Hassett, David J. | Determination of Expansion Potential of Coal Combustion By-Products | Chemistry 5 | 2005 |
| Hassett, David J. | Inter-laboratory Comparison of Leaching Methods | Posters | 2005 |
| Hassett, David J. | Organomercury Compound Determination from Microbiologically Mediated CUB Samples | Chemistry 3: More Mercury | 2005 |
| Hassett, David J. | Quantitation and Interpretation of Release of Mercury from Coal Utilization By-Products | Chemistry 2: Mercury | 2005 |
| Hassett, David J. | Evaluating Expansion Potential of CCBs | Concrete 3 | 2003 |
| Hassett, David J. | Leaching of CCBs: Observations from Over 25 Years of Research | Hydrology/Leaching 3 | 2003 |
| Hassett, David J. | Leaching of Selected Constituents from Ammoniated Fly Ash from a Coal-Fired Power Plant | Hydrology/Leaching 1 | 2003 |
| Hassett, David J. | Long-Term Mercury Release from CCBs | Mercury 1 | 2003 |
| Hassett, David J. | Mercury Release from FGD | Mercury 1 | 2003 |
| Hassett, David J. | Coal Fly Ash Trace Element Mobility in Soil Stabilization | Environmental Benefits II | 2001 |
| Hassett, David J. | Developing Beneficial Use Rules for Coal Combustion Products (CCPs) | Government Programs | 2001 |
| Hassett, David J. | Release of Mercury Vapor from Coal Combustion Ash | Environmental Benefits III | 2001 |
| Hassett, David J. | Materials from conversion of coal for power production: practical working definitions | Construction and Evolution of CCPs | 1999 |
| Hassett, David J. | Mercury release from coal combustion by-products to the environment | Mercury/Health Aspects of Fly Ash | 1999 |
| Hatfield-Edstrom, Katie | Assessment of Corrective Measures – Public Engagement and Strategic Communication Considerations | Regulatory Issues III | 2019 |
| Hattaway, Jenet | Practical Leaching Procedure Recommendations for Coal Ash Treatment Evaluation | Posters | 2015 |
| Hattaway, Jenet | Recommended Guidelines for the Use and Application of the Leaching Environmental Assessment Framework (LEAF) for Coal Combustion Residuals | Environmental III | 2013 |
| Hausmann, Natasha | Multiple Lines of Evidence Facilitate Background Groundwater Well Selection in a Geologically Complex Site | Groundwater and Environment III | 2017 |
| Hay, Mike | Iron-Based Strategies for In Situ Treatment of Arsenic and Metals Impacts at Coal Ash Facilities | Groundwater and Environment XII | 2019 |
| Hay, Mike | Selenium Attenuation via Reductive Precipitation in Diverse Saturated and Unsaturated Environments | Groundwater and Environment IX | 2019 |
| Hay, Mike | Managing Geochemistry of Multiple Coal Ash Metals of Potential Concern – The New Regulatory Context and Its Practical Implications for New and Existing Facilities | Chemistry V | 2013 |
| Hayden, Don B. | Evaluation of Pulverized Fuel Ash Mixed with Organic Matter to Act as a Manufactured Growth Medium | Posters | 2003 |
| Hayes, Michael K. | Practical Approaches to Meeting the Pending Stem Electric Power Effluent Guidelines for CCB Landfill Leachate | Environment X | 2011 |
| Haynes, Kirk | Improving Freezing and Thawing Properties of Fly Ash Bricks | New Products 1 | 2005 |
| Hayward, Megan | Closing Up Shop at the Watts Bar Fossil Plant Lessons in Coal Ash Pond Closure | Ponds III | 2015 |
| Hayward, Megan | 100-m Hurdles: Overcoming Challenges on a Fast-Track Ash Pond Conversion and Closure Project for TVA to Meet Regulatory Deadline | Pond Closure | 2013 |
| He, Kun | The Effects of Flue Gas Desulfurization Gypsum (FGD Gypsum)on P Fractions in a Coastal Plain Soil | Ponds VI | 2017 |
| He, Yongtian | Short- and Long-Term Behavior of Fixated FGD Material Grout at the Roberts-Dawson Mine | OSM Interactive Forum Session 1 | 2005 |
| He, Yunlong | Manufacturing of Fire-Resistant Panels Using FGD Gypsum and Fly Ash from Power Plants in Xinjiang, Northwest China | Utilization II | 2013 |
| Hebeler, Gregory L | Developing Enhanced Monitored Natural Attenuation Strategies Using Reactive Transport Models | Groundwater and Environment I | 2019 |
| Hebeler, Gregory L | Geotechnical Characterization of Fly Ash with an Emphasis on Undrained Strength | Geotech I | 2019 |
| Hebeler, Gregory L | Incremental, Performance Based Approach to Geotechnical Characterization of Ponded Ash Materials | Geotech II | 2019 |
| Hebeler, Gregory L | Coal Ash Use Study for Duke Energy, North Carolina | Cement and Concrete VII | 2017 |
| Hedgecock, Jill | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash | Mercury III | 2007 |
| Heebink, Loreal V. | Characteristics and Performance of Fly Ash from Sodium Sorbent Scrubbing of SO3 Emissions from Coal-Based Power Plants | FGD | 2009 |
| Heebink, Loreal V. | Evaluation of CCP Leachate Interactions with Mine Overburden | Mining/Reclamation II | 2009 |
| Heebink, Loreal V. | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal | LOI/Beneficiation/Handling I | 2007 |
| Heebink, Loreal V. | Current Status of Spray Dryer Absorber Material Characterization and Utilization | FGD I | 2007 |
| Heebink, Loreal V. | Development of a Method to Determine Microbiologically Generated Mercury Vapor and Organomercury in CCBs | Mercury II | 2007 |
| Heebink, Loreal V. | Determination of Expansion Potential of Coal Combustion By-Products | Chemistry 5 | 2005 |
| Heebink, Loreal V. | Inter-laboratory Comparison of Leaching Methods | Posters | 2005 |
| Heebink, Loreal V. | Organomercury Compound Determination from Microbiologically Mediated CUB Samples | Chemistry 3: More Mercury | 2005 |
| Heebink, Loreal V. | Quantitation and Interpretation of Release of Mercury from Coal Utilization By-Products | Chemistry 2: Mercury | 2005 |
| Heebink, Loreal V. | Leaching of CCBs: Observations from Over 25 Years of Research | Hydrology/Leaching 3 | 2003 |
| Heebink, Loreal V. | Leaching of Selected Constituents from Ammoniated Fly Ash from a Coal-Fired Power Plant | Hydrology/Leaching 1 | 2003 |
| Heebink, Loreal V. | Long-Term Mercury Release from CCBs | Mercury 1 | 2003 |
| Heebink, Loreal V. | Mercury Release from FGD | Mercury 1 | 2003 |
| Heebink, Loreal V. | Coal Fly Ash Trace Element Mobility in Soil Stabilization | Environmental Benefits II | 2001 |
| Heebink, Loreal V. | Release of Mercury Vapor from Coal Combustion Ash | Environmental Benefits III | 2001 |
| Heidrich, Craig | Global aspects on Coal Combustion Products | International Perspectives I | 2019 |
| Heidrich, Craig | Australian Marketing Perspective Coal Ash for Agriculture | Agriculture I | 2015 |
| Heidrich, Craig | Challenges contemporizing Australian Standards: Supplementary Cementitious Materials | Cement & Concrete I | 2015 |
| Heidrich, Craig | Coal Combustion Products: Australian Perspective - Plenary PPT | Keynote | 2015 |
| Heidrich, Craig | Craig Heidrich - Coal Combustion Products: Australian Perspective - Plenary Podcast (mp3) | Keynote | 2015 |
| Heidrich, Craig | Pathways and barriers for acceptance and usage of geopolymer concrete in mainstream construction | Cement & Concrete III | 2015 |
| Heidrich, Craig | Plenary Q-A session - Plenary Podcast (mp3) | Keynote | 2015 |
| Heidrich, Craig | Coal Combustion Products: a Global Perspective - Paper | Keynote | 2013 |
| Heidrich, Craig | Coal Combustion Products: Global Perspective - Plenary PODCAST | Keynote | 2013 |
| Heidrich, Craig | Coal Combustion Products: Global Perspective - Plenary PPT | Keynote | 2013 |
| Heidrich, Craig | Regulatory implications low pH coal combustion products Australian perspective | Utilization III | 2013 |
| Heidrich, Craig | Legal Certainity: Why We Need to Change the Waste Paradigm | Regulations | 2011 |
| Heidrich, Craig | Naturally Occurring Radionuclides in Australian Coal Combustion Products (CCPs) | Chemistry III | 2011 |
| Heidrich, Craig | Supply Chain Approach for Developing New Coal Combustion Product Opportunities | Regulations | 2011 |
| Heidrich, Craig | Prospects for Coal Ash in the Management of Australian Soils | Agriculture 2 | 2005 |
| Heidrich, Craig | The Environmental Bonafides for CCP Use in Australian Agricultural and Horticultural Systems | Agriculture 3 | 2005 |
| Heidrich, Craig | Ash Utilisation – an Australian Perspective | Bulk 1 | 2003 |
| Heinrichs, Mike | Recovery of Rare Earth Elements from Coal Ash with a Recycling Acid Leach Process | Rare Earth Elements III | 2017 |
| Heins, Ernest H. | Geosynthetics for the Management, Containment and Closure of Coal Combustion Residual Disposal Facilities | Ponds II | 2013 |
| Helble, Joseph J. | Reactions of calcium and sodium during combustion of lignite | Chemistry and Mineralogy | 1999 |
| Helms, Greg | The Leaching Environmental Assessment Framework as a Tool for Evaluating Release from Coal Combustion Residues | Environment VI | 2011 |
| Hemmings, Raymond T. | Comparative Study of Lightweight Aggregates | Aggregates/Geotechnology V | 2009 |
| Hemmings, Raymond T. | Use of a CCB Grout Barrier to Reduce the Formation of Acid Mine Drainage: The Siege of Acre Project, Kempton, Maryland | Environmental II | 2009 |
| Hendershot, Keith | Impact of Salt on Metal Leaching from Coal Fly Ash | Waste Management VII | 2015 |
| Hendren, Zachary | Preliminary Techno-Economic Evaluation of a Novel Membrane Based Separation and Recovery Process for Rare Earth Elements from Coal Combustion Residues | Rare Earth Elements II | 2017 |
| Hendrix, Robbie | Commercial Update on Beneficiation Process Staged Turbulent Air Reactor (STAR) | Beneficiation II | 2011 |
| Henke, Kevin R. | The Utilization of Dry Scrubber Material for the Production of Calcium Sulfoaluminate Clinkers and Cements | Cement and Concrete I | 2019 |
| Henke, Kevin R. | Coal ash by-product from Shanxi Province for the production of Portland/CSA hybrid cements | Posters | 2015 |
| Henke, Kevin R. | Evaluation of Circulating Fluidized Bed-Dry Flue Gas Desulfurization (CFB-FGD) Byproducts in Cement Applications | Cement & Concrete V | 2015 |
| Henke, Kevin R. | Use of Spray Dryer Absorber Material as a Replacement for Portland Cement in Concrete | Cement & Concrete VI | 2015 |
| Henke, Kevin R. | Leaching Comparison of Natural and Coal-Derived Lightweight Aggregates
Used for Concrete Masonry Units | Cement & Concrete IV | 2013 |
| Henke, Kevin R. | Clinkerless Cement Produced from Flue Gas Desulphurization Residues and Fly Ash | Cement and Concrete IX | 2009 |
| Henke, Kevin R. | Fabrication and Testing of CSAB Cements in Mortar and Concrete that Utilize Circulating Fluidized Bed Combustion Byproducts | Cement and Concrete V | 2009 |
| Henke, Kevin R. | Low-Energy, Low CO2-Emitting Cements Produced from Coal Combustion By-Products and Red Mud | Cement and Concrete IX | 2009 |
| Henke, Kevin R. | Effects of Calcium Sulfate and Aluminum Crystal Forms on the Kinetics of Ettringite Formation | Cement and Concrete V | 2007 |
| Henke, Kevin R. | Trace Element Chemistry of Fly Ashes from Co-combusted Petroleum Coke and Coal | Chemistry 4 | 2005 |
| Hennings, Brian G. | Groundwater Corrective Action Assessment Using Fate and Transport Modeling | Landfill and Pond Issues XI | 2019 |
| Hennings, Brian G. | Evaluating Impoundment Closure Scenarios using Fate and Transport Modeling | Ponds III | 2017 |
| Henry, Thomas | Dynamic Liquefaction of Ponded Fly Ash | CCP Storage and Management V | 2019 |
| Hensel, Bruce R. | Development of Alternative Source Demonstrations for Groundwater Quality Exceedances at CCR Sites Using EPRI’s Guidance Document | Groundwater and Environment IV | 2019 |
| Hensel, Bruce R. | Monitored Natural Attenuation for Coal Combustion Product Constituents in Groundwater | Chemistry II | 2019 |
| Hensel, Bruce R. | Tools and Techniques for Evaluating Coal Combustion Product Constituents in the Groundwater-Surface Water Transition Zone | Groundwater and Environment VI | 2019 |
| Hensel, Bruce R. | Framework for Evaluating the Relative Impacts of Surface Impoundment Closure Options | Ponds I | 2015 |
| Hensel, Bruce R. | Groundwater Assessment Framework to Evaluate Relative Impacts of Surface Impoundment Closure Options | Posters | 2015 |
| Hensel, Bruce R. | Groundwater Forensics to Evaluate Molybdenum Concentrations Near a CCR Landfill | Chemistry II | 2015 |
| Hensel, Bruce R. | Merging Regional and Site-Specific GIS Data to Develop a 3-D Site Conceptual Model for Evaluating Selenium Impacts at a CCR Facility | Waste Management X | 2015 |
| Hensel, Bruce R. | An Analysis of Potentially Exposed Populations Living Near Coal Combustion Waste Facilities and Associated Cancer Risks | Posters | 2011 |
| Hensel, Bruce R. | Closure of Unlined CCR Impoundments: Working with State and Federal Agencies to Develop a Mutually Acceptable Solution | Environment II | 2011 |
| Hensel, Bruce R. | Factors Governing Arsenic, Beryllium and Thallium Leaching from Coal Combustion Products | Chemistry/Mineralogy I | 2009 |
| Hensel, Bruce R. | Remediation of Groundwater at Coal Combustion Product Management Facilities: Driving Issues and Future Trends | Environmental I | 2009 |
| Hensel, Bruce R. | Evolution of Dissolved Arsenic in Groundwater Downgradient of a Coal Ash Impoundment | Posters | 2007 |
| Hensel, Bruce R. | Using the Moisture-Deficient Characteristics of Dry Scrubber Ash and an Arid Location to Develop a State-Approved Alternative Landfill Design: The Sunflower Electric Power Corporation Holcomb Landfill, Holcomb Kansas | Ash Facility Management II | 2007 |
| Hequet, Valerie | Influence of operating conditions on heavy metal cation removal by fly ash in aqueous solutions | Posters | 1999 |
| Hequet, Valerie | Removal of Cu2+ and Zn2+ in aqueous solutions by sorption onto fly ash and fly ash mixtures | Environmental Aspects | 1999 |
| Herman, Kurt | Groundwater Assessment Framework to Evaluate Relative Impacts of Surface Impoundment Closure Options | Posters | 2015 |
| Hermann, Douglas | Potential Effect of Proposed Coal Combustion Residuals Regulation and Alternative Leach Testing on Beneficial Reuse | Environment II | 2011 |
| Hermass, M | Synthesis of K-zeolites from fly ash for the ammonium and phosphorous uptake from urban waste water treatment plants | Utilization III | 2015 |
| Hernandez, Imiraily | Bio-viability on Restored Open Pit with Coal Ash Aggregate Amendment | Posters | 2009 |
| Hernandez, Susana | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Hernandez, Victor | Explosives Sorption to Coal Ash Aggregates | Posters | 2009 |
| Herrmann, John D | Geosynthetic Reinforcement in Surface Impoundment Closures | Geotech II | 2017 |
| Herron, Darrell E. | Closure of the Failed Ash Dredge Cell at Kingston – The Engineering Challenge | Pond Closure | 2013 |
| Hertle, CK | Non-Traditional Approaches for Management of Ash and Transport Water from Down Under | International Perspectives II | 2019 |
| Hesbach, Peter A. | Leaching of Phase II Mercury Control Technology By-products | Mercury II | 2007 |
| Hesbach, Peter A. | Inter-laboratory Comparison of Leaching Methods | Posters | 2005 |
| Hesbach, Peter A. | Rapid Batch Characterization of Coal Utilization By-Products | Chemistry 4 | 2005 |
| Heun, Jeffrey B | Embankment Load Tests on an Active Ash Basin | Ash Facility Management II | 2007 |
| Hewitt, Ryan | High Volume Fly Ash Concrete | Cement and Concrete VII | 2007 |
| Heyerly, James | Greatest Challenges for CCP Management and What To Do About Each | Regulations III | 2013 |
| Heyman, Jeffery B | CCR Unit Alternative Final Covers – Use of Water Balance Covers | Landfill and Pond Issues III | 2019 |
| Heyman, Jeffery B | CCR Pond Dewatering - Critical Planning and Characterization Tasks | Ponds IV | 2017 |
| Hicks, James K. | Meeting Specifications with Fly Ash Based Cements and Products | New Products IV | 2011 |
| Hicks, James K. | Utilization of Recovered Materials for High Quality Cements and Products | Cement and Concrete V | 2009 |
| Hicks, James K. | Mitigation of Alkali-Silica Reaction (ASR) of Highly Reactive Aggregates with Class C fly ash | Cement and Concrete I | 2007 |
| Hill, Jason F. | Intelligent Testing Analytics and Validated Compaction Monitoring for Gypsum Landfill | Landfill and Pond Issues X | 2019 |
| Hill, Jason F. | Lessons Learned from Implementing Advanced Compaction Monitoring at TVA’s CCR Landfills | Landfill and Pond Issues II | 2019 |
| Hill, Jason F. | In Situ Characterization of Beneficial Enhanced Engineered Fill at TVA’s Gallatin Ash Stacking Facility | Landfill I | 2017 |
| Hill, Jason F. | luation and Modifications to Improve the Fly Ash Moisture Conditioning Process at TVA’s Bull Run Fossil Plant | Disposal II | 2017 |
| Hill, Russell L. | A Fly Ash Carbon Treatment for Producing a Marketable Product from Activated Carbon Contaminated Fly Ash | Beneficiation/Handling II | 2009 |
| Hill, Russell L. | Fly Ash-Carbon Effects on Concrete Air Entrainment: Fundamental Studies on Their Origin and Chemical Mitigation | Cement or Concrete I | 2009 |
| Hill, Russell L. | Mode of Action of Anionic Surfactants for Air Entrainment in Cement Pastes w-w/o Fly Ash | Cement or Concrete I | 2009 |
| Hill, Sharon | Beneficial Use of FBC Coal Ash for Mine Reclamation in the Anthracite Region at the Wheelabrator Frackville and Mount Carmel Co-Gen Sites | OSM Interactive Forum Session 1 | 2005 |
| Hines, Joleen | Encapsulation of flue-gas desulfurization wastewater using coal combustion by-product mixtures: Field lysimeter investigations | Beneficiation and Processing II | 2019 |
| Hinis, E. | Coal Fly-Ash Utilisation in Greece | Posters | 2005 |
| Hitch, Jennifer L. | Overcoming Barriers to CCP Use | Policy 3 | 2005 |
| Hizny, William J. | BASF Mercury Sorbent HX™ | Carbon I | 2013 |
| Ho, Kelly | Chemical Behavior and Mineralogical Characterization of Weathered Coal Combustion Residuals | Posters | 2015 |
| Hodges, William K. | Evaluation of water quality conditions associated with the use of coal combustion products for highway embankments | Construction and Evolution of CCPs | 1999 |
| Hodges, William K. | Maryland Power Plant Research Program promotes the beneficial use of CCPs as a means to protect Maryland's natural resources | Economic Development Issues | 1999 |
| Hoecke, David A. | ASME/U.S. Bureau of Mines investigative program on vitrification of combustion ash/residue | Posters | 1999 |
| Hoffarth, Janelle J. | Characteristics and Performance of Fly Ash from Sodium Sorbent Scrubbing of SO3 Emissions from Coal-Based Power Plants | FGD | 2009 |
| Hoffarth, Janelle J. | Evaluation of CCP Leachate Interactions with Mine Overburden | Mining/Reclamation II | 2009 |
| Hoffman, Daniel | Improving Risk Assessments for Coal Combustion Residual Impoundment Dikles and Dams | Ponds & Landfills II | 2013 |
| Hofmeister, Luciana Campos | The Removal of Fe, Zn, Cu, and Pb from Wastewaters Using Chabazite Zeolites Produced from Southern Brazilian Coal Ashes | Environmental Benefits I | 2001 |
| Hohne, Alex W. | A Novel Approach to the Handling and Disposal of Coal Combustion Products | FGD | 2009 |
| Holland, James | Size Distribution of Rare Earth Elements in Coal Ash | Chemistry I | 2015 |
| Hollander, Herbert I. | ASME/U.S. Bureau of Mines investigative program on vitrification of combustion ash/residue | Posters | 1999 |
| Holmstrom, Ola C. | Geotechnical properties of innovative, synthetic lightweight aggregates | New Products | 1999 |
| Holmstrom, Sarah | Does Your Groundwater Monitoring System Need Modification/Recertification? | Groundwater and Environment VII | 2019 |
| Honaker, Rick | Ash Beneficiation for REE Recovery | Chemistry I | 2015 |
| Honaker, Rick | Economical Recovery of Fly Ash-Derived Magnetics and Evaluation for Coal Cleaning | New Products II | 2009 |
| Honaker, Rick | Processing, transporting, and utilizing coal combustion by-products | Economic Development Issues | 1999 |
| Hong, Sung-il | The Mechanism of Early Stage Compressive Strength Attainment in Low-calcium Ground Coal Bottom Ash Geopolymer | Posters | 2017 |
| Hongo, Takashi | Research and Development of Coal Ash Granulated Material for Civil Engineering Applications | New Products 1 | 2005 |
| Honma, Kenichi | Effect of Additives on Slag Properties in an Entrained Bed Gasifier | Aggregates III | 2011 |
| Hood, Madison | Impacts of changes in coal supplies and in environmental controls on fly ash petrology and chemistry | Chemistry V | 2015 |
| Hooton, R. Doug | A Summary of Proposed Changes to AASHTO M 295 Resulting from NCHRP Project 18-13 - Specifications and Protocols for Acceptance Tests of Fly Ash Used in Highway Concrete | Cement & Concrete VI | 2013 |
| Hope, T.A. | Assessing Pozzolanic Reactivity of Recovered Stockpile Fly Ash for Use in Concrete | Cement and Concrete V | 2019 |
| Hopkins, Tommy C. | Long-term performance of a highway subgrade stabilized with an atmospheric fluidized bed combustion material | Durability Issues/Ettringite | 1999 |
| Hopkins, William A. | Reproduction in Aquatic and Terrestrial Wildlife Following Remediation of the TVA Coal Ash Spill in Kingston, TN | Kingston I - Ecological Investigations | 2013 |
| Hornberger, Roger J. | Beneficial Use of FBC Coal Ash for Mine Reclamation in the Anthracite Region at the Wheelabrator Frackville and Mount Carmel Co-Gen Sites | OSM Interactive Forum Session 1 | 2005 |
| Hornberger, Roger J. | Coal Ash Beneficial Use at Mine Sites in Pennsylvania | OSM Interactive Forum Session 3 | 2005 |
| Hornberger, Roger J. | Diagenesis of FBC Ash in an Acidic Pit Lake | OSM Interactive Forum Session 1 | 2005 |
| Hornberger, Roger J. | The Use of Leachate Data and other Factors in Evaluating CCB’s for Placement at Coal Mine Sites in Pennsylvania | OSM Interactive Forum Session 2 | 2005 |
| Hosseini, Seyyedeh Tahereh | Using Regenerative Ammonium salt to extract and purify Magnesium Oxide from Victorian Brown Coal Fly Ash | Chemistry III | 2013 |
| Hotstream, Jonathan | Effect of Moisture Conditioning and Handling on Leaching and Physical Properties of Sodium Bicarbonate Flue Gas Desulfurization Materials | Landvill VIII | 2017 |
| Houlihan, Michael | Advances in Design of Landfills over CCR Ponds and CCR Landfills | Aggregates I | 2011 |
| Houlihan, Michael | Practical Approaches to Meeting the Pending Stem Electric Power Effluent Guidelines for CCB Landfill Leachate | Environment X | 2011 |
| Hourani, Mimi S. | Organo-Silane Chemistry: A Water Repellent Technology for Coal Ash and Soils | Beneficiation/Handling III | 2009 |
| Housley, Brett J. | Paste Thickening in Waste Ash Applications | Waste Management VIII | 2015 |
| Hovy, Mark | The use of fly ash fillers in rubber | New Products | 1999 |
| Howard, Allen | New Products from Coal Combustion Ash: Selective Extraction of Particles with Density < 2 | New Products II | 2001 |
| Howard, Bret | Distributions and Extraction of Rare Earth Elements from Coal and Coal By-Products | Rare Earth Elements II | 2017 |
| Howard, Carl | Advances in Chemical Beneficiation of Fly Ashes Containing Natural Carbon or Powdered Activated Carbon | Beneficiation I | 2013 |
| Hower, James C. | Comparison of Liquid Membrane-Based Separations for Recovery of Rare Earth Elements from Coal Fly Ash Leachates | Rare Earth Elements I | 2019 |
| Hower, James C. | Preliminary Techno-Economic Evaluation of a Novel Membrane Based Separation and Recovery Process for Rare Earth Elements from Coal Combustion Residues | Rare Earth Elements II | 2017 |
| Hower, James C. | Rare earth element recovery from coal fly ash by roasting and leaching methods | Rare Earth Elements I | 2017 |
| Hower, James C. | Selective Recovery and Concentration of Rare Earth Elements from Coal Ash Leachate Using Liquid Membranes | Rare Earth Elements III | 2017 |
| Hower, James C. | Elemental Enrichments in Feed Coals and Combustion Residues from Tuncbilek, Seyitomer, and Orhaneli Power Plants, Turkey | Posters | 2015 |
| Hower, James C. | Impacts of changes in coal supplies and in environmental controls on fly ash petrology and chemistry | Chemistry V | 2015 |
| Hower, James C. | Lanthanides in coal combustion fly ash | Chemistry I - Lanthandies | 2013 |
| Hower, James C. | Laminar Calcite Aggregates Formation in the Fly Ash light Fraction | Posters | 2009 |
| Hower, James C. | The Sedimentation, Stratigraphy and Petrography of a Coal-Ash Pond in Carroll County, Kentucky | Posters | 2009 |
| Hower, James C. | Studies of Mercury Capture on Fly Ash: Examples from Power Plants Burning Kentucky Coals | Environmental Benefits III | 2001 |
| Hower, James C. | Characterization of differing forms of unburned carbon present in fly ash | Chemistry and Mineralogy | 1999 |
| Hower, James C. | Dispersed volcanic ash in feed coal and its influence on coal combustion products | Posters | 1999 |
| Hower, James C. | Impact of conversion to low-NOx combustion on fly ash quality: investigation of a unit burning high-sulfur coal | Chemistry and Mineralogy | 1999 |
| Hower, James C. | Use of unburned carbon in fly ash as precursor for the development of activated carbons | New Products | 1999 |
| Hrach, Frank J. | Fly Ash Reclamation and Beneficiation Using a Triboelectric Belt Separator | Beneficiation and Processing II | 2019 |
| Hrach, Frank J. | Separation Technologies' Automated Fly Ash Beneficiation Process selected for New Korean Power Plant | Beneficiation I | 2013 |
| Hrach, Frank J. | Fly Ash Carbon Separation and Ammonia Removal at Tampa Electric Big Bend | Beneficiation/Handling I | 2009 |
| Hrach, Frank J. | Removing Ammonia from Fly Ash | Ammonia | 2001 |
| Hsu, Yin-Sung | Mixing Reservoir Sediment with Fly Ash to Make Bricks and Other Products | Environment 2 | 2003 |
| Hsuan, Grace | Engineering Properties of Fly Ash-Based Lightweight Aggregrate | Cement and Concrete III | 2019 |
| Hsu-Kim, Heileen | Comparison of Liquid Membrane-Based Separations for Recovery of Rare Earth Elements from Coal Fly Ash Leachates | Rare Earth Elements I | 2019 |
| Hsu-Kim, Heileen | Preliminary Techno-Economic Evaluation of a Novel Membrane Based Separation and Recovery Process for Rare Earth Elements from Coal Combustion Residues | Rare Earth Elements II | 2017 |
| Hsu-Kim, Heileen | Rare earth element recovery from coal fly ash by roasting and leaching methods | Rare Earth Elements I | 2017 |
| Hsu-Kim, Heileen | Selective Recovery and Concentration of Rare Earth Elements from Coal Ash Leachate Using Liquid Membranes | Rare Earth Elements III | 2017 |
| Hsu-Kim, Heileen | Geochemical Characterization of Coal Combustion Residuals in Varying Environmental Conditions | Chemistry II | 2015 |
| Hsu-Kim, Heileen | Transformations of mercury, arsenic, and selenium in river sediments contaminated with coal ash: Sediment microcosm studies | Chemistry II | 2013 |
| Hsu-Kim, Heileen | A Twenty-Month Geochemical and Isotopic Investigation into the Environmental Impacts of the 2008 TVA Coal Ash Spill | Ponds I | 2011 |
| Hsu-Kim, Heileen | Methylmercury Contamination of River Sediments near the Coal Ash Spill at the Kingston Fossil Plant, TN | Posters | 2011 |
| Hsu-Kim, Heileen | The Environmental and Health Effects of the Coal Ash Spill at Kingston, Tennessee: Preliminary assessment | FGD | 2009 |
| Huan, Binbin | A study on the petrology and geochemistry of feed coals and their gasified residues, Ningxia Hui Autonomous Region, China | Chemistry V | 2015 |
| Huang, Chaoyang | Analytical Determination of REEs in Coal Fly Ash and its Application in Two REE Recovery Processes: Aqueous Leaching and Plasma Arc Gasification | Rare Earth Elements I | 2019 |
| Huang, Ching-Hua | Combined Iron Reduction and Solidification/Stabilization Process to Immobilize Heavy Metals in Concentrated Flue Gas Desulfurization Brines | Posters | 2017 |
| Huang, Ching-Hua | Mass Transport Release of Heavy Metal Oxyanions from Solidified/Stabilized Co-Disposed Flue Gas Desulfurization Brine and Coal Fly Ash Monoliths | FGD II | 2017 |
| Huang, Ching-Hua | Impact of Salt on Metal Leaching from Coal Fly Ash | Waste Management VII | 2015 |
| Huang, J. L. | Properties of CLSM Separation Dike using Coal Ash | Posters | 2013 |
| Huang, Wenhui | Rare Earth Element Geochemistry of Late Paleozoic Coals in Taiyuan and Shanxi formation, North China | Posters | 2015 |
| Huang, Wenhui | Research on Element Geochemical Characteristics and Enrichment Features of Coal-Ge Deposit in Wulantuga (Inner Mongolia ,China) | Posters | 2015 |
| Huber, Amy A | Managing an Active Ash Pond During Dry Ash Conversion and Pond Closure | Ponds IV | 2015 |
| Huber, Amy A | Planning & Scheduling for CCR Compliance while Maintaining Facility Operations & Day to Day Compliance Requirements | Regulations II | 2015 |
| Huddleston, Matt | Coal Ash Constituents in Groundwater and Regulation Under the Clean Water Act | Regulatory Issues II | 2019 |
| Huddleston, Matt | Environmental Risk Assessments of Coal Ash Impoundments | Ponds XIII | 2017 |
| Huddleston, Matt | Permitting Seeps from Coal Ash Impoundments with Consideration of Natural Conditions | Groundwater and Environment III | 2017 |
| Huffman, Gerald P. | Reactions of calcium and sodium during combustion of lignite | Chemistry and Mineralogy | 1999 |
| Huggins, Frank E. | Composition, morphology and trace element leaching from US coal fly ash | Posters | 2013 |
| Huggins, Frank E. | Reactions of calcium and sodium during combustion of lignite | Chemistry and Mineralogy | 1999 |
| Hughes, Amanda | CONDITIONS OF COAL ASH EMBANKMENTS | Ponds V | 2015 |
| Hui, Dafeng | Reexamining the Use of Coal Fly Ash in Agriculture: Utilization as Soil Amendment in Biofuel Feedstock Production | Posters | 2015 |
| Hui, Dafeng | Use of Fly Ash as Soil Amendment for Biofuel Feedstock Production with Concomitant Disposal of Waste Accumulations | Posters | 2013 |
| Hunt, Joe | Removal of Nutrients from Stormwater Using CCPs | Environmental I | 2009 |
| Hunter, Mike | Bulk Storage (10,000+ tons) of Fly Ash, FGD Gypsum, Limestone and Coal at Power Stations in Concrete Domes | CCP Storage and Management I | 2019 |
| Hunter, Mike | Storing Fly Ash in A Concrete Dome: A Case Study | Environmental III | 2013 |
| Hunter, Mike | Concrete Domes for Flyash Storage | Bulk 1 | 2003 |
| Hurt, Robert H. | Adsorption of Ammonia on Coal Fly Ash | Ammonia | 2001 |
| Hurt, Robert H. | Ozonation for the Chemical Modification of Carbon Surfaces in Fly Ash | New Products II | 2001 |
| Huston, Robert | Evaluating Impacts on Ash Quality of Powdered Activated Carbon for Mercury Control | Chemistry IV | 2015 |
| Huth, Christopher | Groundwater Remediation of Boron | Groundwater and Environment X | 2019 |
| Hwang, Sangchul | Coal Ash Concrete Blocks for Reduction of Algal Growth and Ammonia Toxicity | Environment I | 2011 |
| Hwang, Sangchul | Interactive Effects of Soil Properties and Manufactured Coal Ash Aggregates on Groundwater Quality | Posters | 2011 |
| Hwang, Sangchul | Topical Application of Manufactured Aggregates to Cordyline fruticosa and Phaselous vulgaris | Agriculture I | 2011 |
| Hwang, Sangchul | Biochemical Response of Landfill with Manufactured Aggregates as a Daily Cover | Aggregates/Geotechnology III | 2009 |
| Hwang, Sangchul | Bio-viability on Restored Open Pit with Coal Ash Aggregate Amendment | Posters | 2009 |
| Hwang, Sangchul | Explosives Sorption to Coal Ash Aggregates | Posters | 2009 |
| Hwang, Sangchul | Feasibility of Open Pit Restoration with Coal Ash Aggregates: Ground Water Quality Assessment | Posters | 2009 |
| Hwang, Sangchul | Joint Industrial Byproducts Reutilization Initiative | Posters | 2007 |
| Hwang, Sangchul | Utilization of Coal Combustion Byproducts as Capping Amendments for Heavy Metals Sequestration | Posters | 2007 |
| Hycnar, Jan J. | HCFA and CO2 Savings in Europe – Resources, Markets, Technologies | Chemistry/Mineralogy III | 2009 |
| Ideker, Jason | Thermodynamic Investigation of Cementitious Mixtures Incorporating Off-Spec Fly Ashes | Cement and Concrete VII | 2019 |
| Iftikar, Wasim | Recycling of Coal Ash in Agriculture: Use of Vermicomposting Biotechnology | Geotech III | 2019 |
| Ilgner, Berny | Characterization and Remediation of Metals in Groundwater Associated with Coal Combustion Residual Management Sites | Posters | 2015 |
| Imran, Kazi | Mechanical, Fire and Insulation Properties of Polymer Ash Composites | Emerging Technologies I | 2019 |
| Imran, Kazi | A Solution to Ponded Coal Ash | Ponds XI | 2017 |
| Ingram, Jeffrey | Benefits and Process of Completing an Integrated MNA Feasibility Study Prior to Determining Corrective Action Strategy | Groundwater and Environment XII | 2019 |
| Intini, Gianluca | Combustion Reactivity of Unburned Carbon in Coal Combustion Fly Ashes | UBC - Characterization of High-LOI Fly Ash | 2005 |
| Irdi, Gino A. | Triboelectrostatic separation of fly ash | Processing | 1999 |
| Iribarne, Agripina | Hydration of combustion ashes - a chemical and physical study | Concrete and Cement | 1999 |
| Iribarne, Julio V. | Hydration of combustion ashes - a chemical and physical study | Concrete and Cement | 1999 |
| Irizarry, Eileen | Interactive Effects of Soil Properties and Manufactured Coal Ash Aggregates on Groundwater Quality | Posters | 2011 |
| Iscimen, Mehmet | TVA Kingston Peninsula Disposal Site Phase IA: Project Challenges Developing Over Karst Formations | Waste Management II | 2015 |
| Iscimen, Mehmet | Dry Fly Ash Placement - Overcoming Unique Challenges and Streamlining Field Operations | Ponds VI | 2013 |
| Iserli, Seda | Elemental Enrichments in Feed Coals and Combustion Residues from Tuncbilek, Seyitomer, and Orhaneli Power Plants, Turkey | Posters | 2015 |
| Isgor, Burkan | EXPERIMENTAL TEST METHOD TO DETERMINE THE REACTIVITY OF FLY ASH FOR USE IN CONCRETE MIXTURE PROPORTIONING | Cement and Concrete I | 2019 |
| Isgor, Burkan | Thermodynamic Investigation of Cementitious Mixtures Incorporating Off-Spec Fly Ashes | Cement and Concrete VII | 2019 |
| Ishida, Tetsuya | Performance Evaluation of Coal Ash Concrete as Building Materials in Mongolia | Cement and Concrete VII | 2009 |
| Ishikawa, Yoshitaka | Aiming to Interchange Effective Use of CCP Technology in Asian Countries: Setting up the Committee on Advancing the Effective Use of CCP Technology in JCOAL | Policy II | 2009 |
| Ishikawa, Yoshitaka | Characterization of East Asian Fly Ash by Polarization Microscope | Posters | 2009 |
| Ishikawa, Yoshitaka | Pozzolanic reactions between natural and artificial aggregate and the concrete matrix | Cement and Concrete IV | 2007 |
| Ishikawa, Yoshitaka | Research on the Quality Distrubution of JIS Type-II Fly Ash in Japan | Posters | 2007 |
| Ishikawa, Yoshitaka | A Study on a Technology to Produce Inorganic Fibers by Melting Coal Ash | New Products 1 | 2005 |
| Islam, G. M. Sadiqul | Evaluating Test Methods for Rapidly Assessing Fly Ash Reactivity for Use in Concrete | Cement & Concrete III | 2013 |
| Israelachvili, Jacob | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Itskos, Grigorios S. | Mine wastewater treatment by highly calcareous and siliceous fly ash: a comparative study | Environmental I | 2013 |
| Itskos, Grigorios S. | Electrochemical Behaviour of Aluminum - Fly Ash Composites Produced by Powder Metallurgy Technique | Posters | 2011 |
| Itskos, Grigorios S. | Incorporation of High-Ca Fly Ash Particles into A356 Al by Stir Casting Technique and Characterization of the Fabricated Composites | New Products V | 2011 |
| Itskos, Grigorios S. | Influence of Coal Geochemistry on the Leaching of Lignite-fired By-products | Chemistry II | 2011 |
| Itskos, Grigorios S. | Pressure Infiltration Technique for the Synthesis of A356 Al/fly Ash Composites: Microstructure and Tribological Performance | New Products IV | 2011 |
| Itskos, Grigorios S. | Characterization of CFB-Coal Fly Ash Zeolitic Materials and Their Potential Use in Wastewater Treatment | New Products III | 2009 |
| Itskos, Grigorios S. | Synthesis of Aluminum-Based Metal Matrix Composites (MMCs) with Lignite Fly Ash as Reinforcement Material | New Products I | 2009 |
| Itskos, Grigorios S. | The Effect of the Particle Size Differentiation of Lignite Fly Ash on Cement Industry Applications | Posters | 2009 |
| Itskos, Socrates | The Effect of the Particle Size Differentiation of Lignite Fly Ash on Cement Industry Applications | Posters | 2009 |
| Iwuoha, E. I. | Treatment of Acid Mine Drainage with Fly Ash: Removal of Major, Minor Elements, SO4 and Utilization of the Solid Residues for Wastewater Treatment | Posters | 2005 |
| Izquierdo, Maria | Enrichment and Speciation of Elements in Re-circulated Waters from Desulphurisation at Two Spanish Power Plants | Chemistry IV | 2011 |
| Izquierdo, Maria | Influence of Coal Geochemistry on the Leaching of Lignite-fired By-products | Chemistry II | 2011 |
| Izquierdo, Maria | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Izquierdo, Maria | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Izquierdo, Maria | High Strength Geopolymers from Fractionated and Pulverized Fly Ash | Cement and Concrete VIII | 2009 |
| Izquierdo, Maria | Influence Of Curing Conditions on Geopolymer Leaching | Environmental IV | 2009 |
| Izquierdo, Maria | Use of Different Geopolymeric Agents for the Stabilization/Solidification (S/S) of a Metallurigcal Waste | Aggregates/Geotechnology II | 2009 |
| Izquierdo, Maria | Comparison Between Laboratory Leaching Properties and Field Experiments of MSWI Bottom Ash Used as an Unbound Granular Material for Road Pavements | Aggregates 1 | 2005 |
| Izquierdo, Maria | Use of Bottom Ash from Municipal Solid Waste Incineration as a Road Material | Construction Products III | 2001 |
| Izumo, Yoshitsugu | Research and Development of Coal Ash Granulated Material for Civil Engineering Applications | New Products 1 | 2005 |
| Izydorczyk, Michal | Plasma vitrification of waste incinerator ashes | Posters | 1999 |
| Jackson, N. Mike | Blended CFB Ash and Limestone Base Course | Construction | 2009 |
| Jackson, N. Mike | Pavement Subgrade Stabilization and Construction Using Bed and Fly Ash | Aggregates/Geotechnology I | 2007 |
| Jacoby, Brianne S | Groundwater Modeling and Settlement Analysis for Closure of the Little Blue Run CCP Disposal Area | Ponds IV | 2015 |
| Jafvert, Chad T. | Use of Alkaline Coal Ash for Reclamation of a Former Strip Mine | Mining and Reclamation II | 2011 |
| Jagiella, Diana M. | Engineering and Environmental Specifications of State Agencies for Utilization and Disposal of Coal Combustion Products | Policy 2 | 2005 |
| Jalali, Sai | Durability of Low Cost High Performance Fly Ash Concrete | Concrete 2 | 2003 |
| Jambulingam, P. | Flyash Based Bacterial Pesticides for Mosquito Control | New Products I | 2011 |
| Jamison, Russell E. | A New Fly Ash Separator Combining Magnetic Forces with Air Drag | Beneficiation 2 | 2003 |
| Jansen, Matthew S | Effect of Water-Solids Ratio on the Compressive Strength and Morphology of Fly Ash-Waste Glass Geopolymer Mortars | Posters | 2015 |
| Jansen, Thomas J. | Demonstration Project: Roller Compacted Concrete Pavement with High Volumes of Harvested Coal Ash | Cement and Concrete VIII | 2019 |
| Jansen, Thomas J. | Multi-Layer Pavement Design Approach for Effective Utilization of Off-Spec Coal Combustion Products | Cement and Concrete VII | 2019 |
| Jansen, Thomas J. | Effect of Spray Dryer Absorber (SDA) Ash on the Performance of Warm Mix Asphalt (WMA) | Cement and Concrete V | 2017 |
| Jansen, Thomas J. | Groundwater Forensics to Evaluate Molybdenum Concentrations Near a CCR Landfill | Chemistry II | 2015 |
| Jansen, Thomas J. | In-Situ Mixed Concrete with 93 % to 100% Recycled Content: We Energies “Eco-Pad” Pavement | Cement and Concrete III | 2007 |
| Janssen, Maria | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Janssen, Maria | Improvement of environmental quality of coal fly ash by applying forced leaching | Environmental Aspects | 1999 |
| Jantzen, Carol M. | Immobilization of Radioactive Waste in Fly Ash Based Geopolymers | Environment V | 2011 |
| Jarabek, Raquel L. | Coal combustion by-product diagenesis II | Durability Issues/Ettringite | 1999 |
| Jarvis, James B | The Effect of Low-Level Sodium Concentrations on the Use of Fly Ash as a Cement Replacement in Concrete | Cement & Concrete I | 2015 |
| Jdid, El-Aid | Immobilization of a metallurgical waste using fly ash-based geopolymers | Posters | 2007 |
| Jegal, Yujin | Occurrence and Distribution of Rare Earths with Different Coal Power Plants Ash and Recovery of Critical Rare Earths from Coal Ash for Simultaneous Utilization of CO2 | Chemistry III | 2015 |
| Jenkins, KB | Non-Traditional Approaches for Management of Ash and Transport Water from Down Under | International Perspectives II | 2019 |
| Jenkins, Kirk | Monitoring Stability While Stacking Fly Ash During the Kingston Recovery Project | Project-Specific Case Studies IV | 2019 |
| Jenkins, Michael B. | Evaluation of FGD-Gypsum to Improve Forage Production and Reduce Phosphorus Losses from Piedmont Soils | Agriculture I | 2011 |
| Jeong, Yeon-Tae | The Flow Characteristics of Fly Ash Slurry for Plugging Abandoned Wells Using Coiled Tubing | Posters | 2003 |
| Jewell, Robert Benjamin | The Utilization of Dry Scrubber Material for the Production of Calcium Sulfoaluminate Clinkers and Cements | Cement and Concrete I | 2019 |
| Jewell, Robert Benjamin | Asian Ash Characteristics and Use for Portland/Calcium Sulfoaluminate Hybrid Cements | Cement and Concrete V | 2017 |
| Jewell, Robert Benjamin | Coal Ash Use Study for Duke Energy, North Carolina | Cement and Concrete VII | 2017 |
| Jewell, Robert Benjamin | Development of Key Technologies for Dry FGD By-Product Resource Comprehensive Utilization: A Project History | China Delegation II | 2015 |
| Jewell, Robert Benjamin | Evaluation of Circulating Fluidized Bed-Dry Flue Gas Desulfurization (CFB-FGD) Byproducts in Cement Applications | Cement & Concrete V | 2015 |
| Jewell, Robert Benjamin | Fly Ash Derived Ceramic-Polyurethane Foam Composite Insulation | Utilization II | 2015 |
| Jewell, Robert Benjamin | Use of Spray Dryer Absorber Material as a Replacement for Portland Cement in Concrete | Cement & Concrete VI | 2015 |
| Jewell, Robert Benjamin | Dry FGD By-Product Characteristics and Utilization - International Perspective | FGD I | 2013 |
| Jewell, Robert Benjamin | Micromechanics and Complementary Energy of Fibers Embedded in a Low-Energy CSA Cement Matrix | Cement & Concrete I | 2013 |
| Jewell, Robert Benjamin | Fabrication and Testing of CSAB Cements in Mortar and Concrete that Utilize Circulating Fluidized Bed Combustion Byproducts | Cement and Concrete V | 2009 |
| Jewell, Robert Benjamin | Low-Energy, Low CO2-Emitting Cements Produced from Coal Combustion By-Products and Red Mud | Cement and Concrete IX | 2009 |
| Jewell, Robert Benjamin | The Sedimentation, Stratigraphy and Petrography of a Coal-Ash Pond in Carroll County, Kentucky | Posters | 2009 |
| Jewell, Robert Benjamin | The Fabrication of Value Added Cement Products from Circulating Fluidized Bed Combustion Ash | Cement and Concrete V | 2007 |
| Jia, Jianli | A study on the petrology and geochemistry of feed coals and their gasified residues, Ningxia Hui Autonomous Region, China | Chemistry V | 2015 |
| Jia, Lufei | Reactivation of Partially Sulphated CFBC Ash and Limestone with Steam and Liquid Water | Posters | 2007 |
| Jia, Lufei | CFBC Ash Hydration Studies | FGD 1 | 2003 |
| Jian, Lu T. | Influence of Alkali activator Dosage on Strength of CFBC Fly Ash Based Geopolymer | Posters | 2017 |
| Jiang, Xinkai | Coal Ash Beneficiation and Utilization in Coal Separation Process | Posters | 2005 |
| Jiang, Xinkai | The Influence of Ash Particles Interactions During Pneumatic Transport, Triboelectric Beneficiation | Beneficiation I | 2001 |
| Jiang, Xinkai | Triboelectric process of combustion fly ash after carbon burnout | Processing | 1999 |
| Jiang, Yabing | Development of Dry FGD By-Product Utilization as Building Materials in China | Utilization I | 2013 |
| Jiang, Yabing | Dry FGD By-Product Characteristics and Utilization - International Perspective | FGD I | 2013 |
| Jiang, Yabing | Dry CFB-FGD By-Product Utilization - International Prospectives | Beneficiation II | 2011 |
| Jiang, Yaofa | Fluorine and Mercury in Coal Combustion By-products from Five Power Plants in SW China | Posters | 2015 |
| Jin, Longde | Geotechnical Characterization of Fly Ash with an Emphasis on Undrained Strength | Geotech I | 2019 |
| Jingge, Yin | Preparation and Property of Fly Ash/Coal Gangue Mine Backfilling Material | China Delegation I | 2015 |
| Johnson, Brian | Between Covers and Liners The Varied Roles of Vertical Barriers | Landfill and Pond Issues XI | 2019 |
| Johnson, Chantell | Alternative Final Cover System Demonstrations and the Associated Benefits | Landfill and Pond Issues IX | 2019 |
| Johnson, Craig A. | Use of Sulfur Isotopes to Monitor Dissolved Sulfate Derived from a Fly Ash Emplacement Site, North-Central Colorado | Mine Reclamation 2 | 2005 |
| Johnson, Howard J. | A review of OCDO's CCP initiatives: a program perspective | Institutional and Government Programs | 1999 |
| Johnson, Jerold | Paste Thickening in Waste Ash Applications | Waste Management VIII | 2015 |
| Johnson, Stephen A. | Role of Combustion Diagnostics in an Integrated System to Reduce Fly Ash Carbon and Increase Ash Value | UBC - Beneficiation of High-LOI Fly Ash - A.M. | 2005 |
| Johnson, Thomas M. | Methylmercury Contamination of River Sediments near the Coal Ash Spill at the Kingston Fossil Plant, TN | Posters | 2011 |
| Jolicoeur, Carmel | Fly Ash-Carbon Effects on Concrete Air Entrainment: Fundamental Studies on Their Origin and Chemical Mitigation | Cement or Concrete I | 2009 |
| Jolicoeur, Carmel | Mode of Action of Anionic Surfactants for Air Entrainment in Cement Pastes w-w/o Fly Ash | Cement or Concrete I | 2009 |
| Jones, Charles L. | New Products from Coal Combustion Ash: Selective Extraction of Particles with Density < 2 | New Products II | 2001 |
| Jones, Charles L. | Technology development for carbon-ash beneficiation by pneumatic transport, triboelectric processing | Processing | 1999 |
| Jones, Christopher | The Benefits of Instrumentation and Monitoring for Coal Combustion Residual Facilities Closed- In-Place | CCP Storage and Management IV | 2019 |
| Jones, Christopher | Widows Creek CCR Facility Closures Lessons Learned | Project-Specific Case Studies III | 2019 |
| Jones, Daniel | Human and Ecological Risk Assessment for the TVA Kingston Fly Ash Recovery Project | Kingston II - Results in CERCLA and NRDA Processes | 2013 |
| Jones, Daniel | Assessing Risks in a Dynamic Environment –The TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Jones, Daniel | Baseline Ecological Risk Assessment for the TVA Kingston Fly Ash Recovery Project | Posters | 2011 |
| Jones, Daniel | Evaluation of Human Health Risk from Potential Exposures to Fly Ash at the TVA Kingston Fly Ash Recovery Project | Posters | 2011 |
| Jones, Daniel | Fly Ash as a Potential Food Supplement? — Bioaccumulation in Critters Near the Kingston Ash Spill | Posters | 2011 |
| Jones, Daniel | Integrated Ecological Research TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Jones, Daniel | Integrated Ecological Research TVA Kingston Ash Recovery Project | Posters | 2011 |
| Jones, Daniel | So What Does It Mean? What Ecological Effects Has the Kingston Ash Spill Caused? | Posters | 2011 |
| Jones, M. Roderick | Plenary Q-A session - Plenary Podcast (mp3) | Keynote | 2015 |
| Jones, M. Roderick | Rod Jones Plenary Introduction - Plenary Podcast (mp3) | Keynote | 2015 |
| Jones, M. Roderick | Utilising Stockpiled Fly Ash to Manufacture Sand for Mortar | Cement & Concrete IV | 2015 |
| Jones, M. Roderick | Behaviour of PC/CSA/FA Blends in Foamed Concrete | Cement & Concrete V | 2013 |
| Jones, M. Roderick | Evaluating Test Methods for Rapidly Assessing Fly Ash Reactivity for Use in Concrete | Cement & Concrete III | 2013 |
| Jones, M. Roderick | Clay-Lime Stabilization: Characterizing Fly Ash Effects in Minimizing the Risk of Sulfate Heave | Environment VIII | 2011 |
| Jones, M. Roderick | Fly Ash Route to Low Embodied CO2 and Implications for Concrete Construction | Cement and Concrete VII | 2011 |
| Jones, M. Roderick | Experiences of Processing Fly Ashes Recovered from United Kingdom Stockpiles and Lagoons, Their Characteristics and Potential End Uses | Beneficiation/Handling I | 2009 |
| Jones, M. Roderick | Role of Fly Ash in the Mitigation of Swelling in Lime Stabilised Sulfate-Bearing Soils | Aggregates/Geotechnology IV | 2009 |
| Jones, M. Roderick | Comparative Performance of Beneficiated Run-of-Station Fly Ash as Cement | Cement and Concrete 3 | 2005 |
| Jones, M. Roderick | Moving Fly Ash Utilisation in Concrete Forward: A UK Perspective presented by Dr. M. R. Jones, Head of the Division of Civil Engineering and Reader in Concrete Technology at the University of Dundee, Scotland | Keynote - Plenary | 2003 |
| Jones, Zel | Emerging Water Management Challenges at Coal-Fired Power Stations to Address New USEPA Regulations | Groundwater and Environment II | 2017 |
| Jordan, Chris | A Comparison of Actual vs. Predicted Leachate Generation | Landfill IV | 2017 |
| Jordan, Chris | Action Leakage Rate Calculation | Landfill IV | 2017 |
| Jorgenson, Ron R. | Challenges and Successes of Operating an Innovative Coal Combustion Product Containment Facility | Regulations II | 2015 |
| Jorgenson, Ron R. | Managing Coal Combustion Products and Process Water in the New Regulatory Environment | Beneficiation I | 2011 |
| Jorgenson, Ron R. | Modeling of Constantly Evolving CCP Management Options at a Coal-fired Power Plant | Environment 1 | 2003 |
| Josa, Alejandro | Comparison Between Laboratory Leaching Properties and Field Experiments of MSWI Bottom Ash Used as an Unbound Granular Material for Road Pavements | Aggregates 1 | 2005 |
| Joshi, Prakash B. | A Low-cost Rare Earth Elements Recovery Technology | Chemistry I - Lanthandies | 2013 |
| Jow, Jinder | Is Zero Solid Waste Possible for Fly Ash Produced from any Coal-fired Power Plant? | CCP Storage and Management VI | 2019 |
| Jow, Jinder | Development of the Fracturing Proppant with Low Density and High Strength Using High Alumina Fly Ash | Cement and Concrete II | 2017 |
| Jow, Jinder | Fly Ash-based Core Technologies and Value-added Products Based on Materials Science | Utilization I | 2015 |
| Jow, Jinder | Fly Ash-based Fillers and Flame Retardants | Utilization II | 2015 |
| Jow, Jinder | Fly Ash-based Geopolymer Foam Technology for Thermal Insulation and Fire Protection Applications | Utilization II | 2015 |
| Jow, Jinder | Fly Ash Separation Technology and its Potential Applications | Cement & Concrete II | 2013 |
| Joyner, Bobby | Removal of Nutrients from Stormwater Using CCPs | Environmental I | 2009 |
| Juan, Roberto | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Juenger, Maria | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Jung, Hyuk-sang | Hardening Characteristics of Controlled Low Strength Material Made of Coal Ash | Aggregates II | 2011 |
| Jung, Hyuk-sang | Pilot Scale Test for the Application of Controlled Low Strength Materials Made from Coal Ashes | Aggregates II | 2011 |
| Jung, Sang-Hwa | The Mechanical Properties of Coal-Ash Generated in South Korea for Using Highway Road Material | Posters | 2009 |
| Kabis, Shrief | Advances in Chemical Beneficiation of Fly Ashes Containing Natural Carbon or Powdered Activated Carbon | Beneficiation I | 2013 |
| Kachur, Edward | Leaching of Phase II Mercury Control Technology By-products | Mercury II | 2007 |
| Kairies, Candace L. | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor | Posters | 2007 |
| Kairies, Candace L. | Testing Mechanisms of Mercury Retention in FGD Products | Posters | 2007 |
| Kairies, Candace L. | Distribution of Mercury in FGD Byproducts | Posters | 2005 |
| Kairies, Candace L. | Leaching of CUB Using a CSTX | Chemistry 7 | 2005 |
| Kakaras, Emmanuel | Utilisation of Biomass Co-combustion Residues Coming from Pulverised Coal Boilers | Posters | 2005 |
| Kakaras-x, E. | Coal Fly-Ash Utilisation in Greece | Posters | 2005 |
| Kakaras-x, Emmanuel K. | Mineralogy and Geochemistry of Greek and Chinese Coal Fly Ash: Research for Potential Applications | Chemistry 5 | 2005 |
| Kalinski, Michael E. | Cyclic Triaxial Testing of Water-Pluviated Fly Ash Specimens | Liquefaction I | 2013 |
| Kalinski, Michael E. | Hydraulic Conductivity of Compacted Cement-Stabilized Fly Ash | Cement and Concrete 4 | 2005 |
| Kalombe, Rosicky | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Kalombe, Rosicky | Passive treatment of acid mine drainage using South African coal fly ash, column leaching study | Posters | 2019 |
| Kalyoncu, Rustu S. | Materials flow in the production and use of coal combustion products | Economic Development Issues | 1999 |
| Kamilla, A.K. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Kammari, Arun | Statistically Significant Exceedance-Understanding False Positive Error | Ponds X | 2017 |
| Kammeyer, John C. | TVA CCR Disposal Facility Assessment | Ponds II | 2011 |
| Kamp, Ryan C. | Best Practices During Closure | CCP Storage and Management II | 2019 |
| Kanafek, Jerzy | The Utilization of Energy Waste in Polish Underground Coalmines | Mining/Reclamation I | 2009 |
| Kania, Timothy | Coal Ash Beneficial Use at Mine Sites in Pennsylvania | OSM Interactive Forum Session 3 | 2005 |
| Kania, Timothy | The Use of FBC Ash for Alkaline Addition at Surface Coal Mines | Mining I | 2001 |
| Kankarla, V | Reexamining the Use of Coal Fly Ash in Agriculture: Utilization as Soil Amendment in Biofuel Feedstock Production | Posters | 2015 |
| Karangelos, Dimitrios | Coal Fly-Ash Utilisation in Greece | Posters | 2005 |
| Karangelos, Dimitrios | Utilisation of Biomass Co-combustion Residues Coming from Pulverised Coal Boilers | Posters | 2005 |
| Karayigit, Ali Ihsan | Elemental Enrichments in Feed Coals and Combustion Residues from Tuncbilek, Seyitomer, and Orhaneli Power Plants, Turkey | Posters | 2015 |
| Karayigit, Ali Ihsan | Characterisation of Fly Ash from the Kangal Power Plant, Eastern Turkey | Chemistry and Mineralogy I | 2001 |
| Kariher, Peter H. | Managing Geochemistry of Multiple Coal Ash Metals of Potential Concern – The New Regulatory Context and Its Practical Implications for New and Existing Facilities | Chemistry V | 2013 |
| Kariher, Peter H. | The Leaching Environmental Assessment Framework as a Tool for Evaluating Release from Coal Combustion Residues | Environment VI | 2011 |
| Karmakar, Sambhunath | Influence of Industrial Solid Wastes on Soil-Plant Interactions in Rice under Acid Lateritic Soil | Agriculture I | 2009 |
| Karmakar, Sambhunath | Fly Ash – a Potential Source of Soil Amendment and a Component of Integrated Plant Nutrient Supply System | Environment 1 | 2003 |
| Kashi, Mohsen | Flowable Fills Developed With High Volumes of Fly Ash | Aggregates/Geotechnology III | 2007 |
| Katambwe, Vinny | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Katambwe, Vinny | Passive treatment of acid mine drainage using South African coal fly ash, column leaching study | Posters | 2019 |
| Kato, Masahiro | Pozzolanic reactions between natural and artificial aggregate and the concrete matrix | Cement and Concrete IV | 2007 |
| Kaushik, Tryambak | Water Balance Modeling of CCR Landfills | Waste Management IV | 2015 |
| Kawaguchi, Masato | Effect of Additives on Slag Properties in an Entrained Bed Gasifier | Aggregates III | 2011 |
| Kayali, Obada | Effect of Superplasticizer on Workability Enhancement of Class F Fly Ash-based Geopolymers | Cement & Concrete III | 2015 |
| Kayali, Obada | Flashag – New Lightweight Aggregate for High Strength and Durable Concrete | Aggregates 2 | 2005 |
| Kayali, Obada | High Performance Bricks from Fly Ash | New Products 1 | 2005 |
| Kazonich, George | Mass release of trace elements from coal combustion by-products | Environmental Aspects | 1999 |
| Kazonich, George | The release of base metals during acidic leaching of fly ash | Environmental Aspects | 1999 |
| Keam, Ken | Twenty-Five Years’ Experience Operating a HDPE Lined Twin Pond Ashing System | Ponds I | 2015 |
| Kearsley, Elsabe P | Compressive Strength of Chemically and Mechanically Activated Aluminosilicate systems | Posters | 2015 |
| Keating, Robert W. | Evaluation of water quality conditions associated with the use of coal combustion products for highway embankments | Construction and Evolution of CCPs | 1999 |
| Keating, Robert W. | Maryland Power Plant Research Program promotes the beneficial use of CCPs as a means to protect Maryland's natural resources | Economic Development Issues | 1999 |
| Keck, Mark | Sustainable Closure of Fly Ash Impoundments | Project-Specific Case Studies I | 2019 |
| Keith, David | Tools and Techniques for Evaluating Coal Combustion Product Constituents in the Groundwater-Surface Water Transition Zone | Groundwater and Environment VI | 2019 |
| Keller, Nathaniel R | Methodology for Predictive Groundwater Quality Compliance Analysis with Focus on Cobalt, Lead, Lithium, and Molybdenum | Chemistry I | 2017 |
| Kelley, Alex | Comparison of Beneficiated Fly Ash with a Popular Class F Fly Ash in Tennessee | Cement and Concrete VI | 2019 |
| Kelley, Alex | Preliminary Study of the Potential of a Beneficiated Ultrafine Class F Fly Ash | Cement and Concrete II | 2019 |
| Kelley, Jennifer M | A Novel Method for Determining the Adsorption Capacity of Carbon Containing Fly Ash | Cement & Concrete V | 2015 |
| Kelley, Jennifer M | RestoreAir Sensor - A Novel Method for Determining the Adsorptive Capacity of Carbon Containing Fly Ash | Cement & Concrete II | 2015 |
| Kelly, Ross P | PARALLELS AND NONCONFORMITIES IN WORLDWIDE FLY ASH CLASSIFICATION: The Need for a Robust, Universal Classification System for Fly Ash | Classification I | 2015 |
| Kelsey, James | Encapsulation of flue-gas desulfurization wastewater using coal combustion by-product mixtures: Field lysimeter investigations | Beneficiation and Processing II | 2019 |
| Kenchappa, Bharath | Mechanical, Fire and Insulation Properties of Polymer Ash Composites | Emerging Technologies I | 2019 |
| Kenter, Rick | Conceptual Site Model Development to Manage CCP Impoundment Leachate Impacts to Surface Water and Public Water Supply | Groundwater and Environment III | 2019 |
| Keppeler, James G. | Carbon Burn-Out: An Update on Commercial Applications | Beneficiation I | 2001 |
| Keppeler, James G. | South Carolina Electric & Gas successful application of carbon burn-out at the Wateree Station | Commercial Ash Processing - a User's Perspective | 1999 |
| Kercher, Edwin C. | Development of Manufactured Aggregates Using High-Intensive Mixing | Cement & Concrete V | 2015 |
| Kercher, Edwin C. | Reuse of FGD Gypsum as Pelletized Fertilizer through High-Intensive Mixing | Agriculture I | 2015 |
| Ketikidis, Chrisovalantis | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass | Posters | 2007 |
| Ketikidis, Chrisovalantis | Greek fly ash as a cement replacement in the production of paving blocks | Cement and Concrete III | 2007 |
| Kevern, John | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Kevern, John | Passive treatment of acid mine drainage using South African coal fly ash, column leaching study | Posters | 2019 |
| Key, D. | Mineralogy and Trace Element Partitioning in Coal Fly Ash/Acid Mine Drainage Co-Disposed Solid Residues | Environmental Management | 2005 |
| Key, D. | Treatment of Acid Mine Drainage with Fly Ash: Removal of Major, Minor Elements, SO4 and Utilization of the Solid Residues for Wastewater Treatment | Posters | 2005 |
| Khadka, Niraj | Statistical Software to improve the accuracy of geopolymer concrete mix design and proportioning | Cement & Concrete VI | 2013 |
| Khahl, Carlos A. | Crystaline microstructure modification of Brazilian coal ash with alcaline solution | Chemistry and Mineralogy | 1999 |
| Khahl, Carlos A. | Zeolification of ashes obtained from the combustion of southern’s Brazil Candiota coal | Chemistry and Mineralogy | 1999 |
| Khandakar, Ram Krishna | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Khire, Milind V | Stabilization of FGD Wastewater Using Coal Fly
Ash & Lime | Posters | 2015 |
| Khire, Milind V | Water Balance Modeling of CCR Landfills | Waste Management IV | 2015 |
| Khovrin, Alexander N. | Functional Materials on the Basis of Cenospheres | Posters | 2005 |
| Kiani, Ali | Upgrading of Cenospheres in Fly ash using a Series of Inverted Reflux Classifiers | Utilization IV | 2015 |
| Kiga, Takeshi | Aiming to Interchange Effective Use of CCP Technology in Asian Countries: Setting up the Committee on Advancing the Effective Use of CCP Technology in JCOAL | Policy II | 2009 |
| Kim, Ann G. | Release of Ammonium and Mercury From Nox Controlled Fly Ashes | Posters | 2007 |
| Kim, Ann G. | Rapid Batch Characterization of Coal Utilization By-Products | Chemistry 4 | 2005 |
| Kim, Ann G. | Release of Ammonia from SCR / SNCR Fly Ashes | Posters | 2005 |
| Kim, Ann G. | Adsorption of Mercury onto Fly Ash | Posters | 2003 |
| Kim, Ann G. | Mass release of trace elements from coal combustion by-products | Environmental Aspects | 1999 |
| Kim, Ann G. | The release of base metals during acidic leaching of fly ash | Environmental Aspects | 1999 |
| Kim, Hyo | Synthesis of Coal Bottom Ash (CBA)-based Geopolymer with Microwave Energy Appended to Conventional Dry-Oven Curing process | Posters | 2019 |
| Kim, Hyo | Effect of Ash Particle Sizes on the Compressive Strength and Thermal Conductivity of Geopolymer Synthesized with Alkali Activated Low-calcium Ground Coal Bottom Ash | Posters | 2017 |
| Kim, Hyo | The Mechanism of Early Stage Compressive Strength Attainment in Low-calcium Ground Coal Bottom Ash Geopolymer | Posters | 2017 |
| Kim, Hyung Taek | Comparison of Low Temperature Ash Deposition Determined by Theoretical and Experimental Method in Coal Gasifier Condition | Posters | 2007 |
| Kim, Jong-Yun | The Mechanical Properties of Coal-Ash Generated in South Korea for Using Highway Road Material | Posters | 2009 |
| Kim, Jungbae | Enhancement of Soil Carbon Sequestration by Amendment with Fly Ash | CUBs and Sustainable Development | 2003 |
| Kim, Taewan | Evaluation of Heavy Metal Contamination and Geochemical Characteristics of CCPs in Korea | Posters | 2013 |
| Kim, Taewan | The Creep Behavior of Bottom Ash by controlling size at Undrained condition | Posters | 2013 |
| Kimoto, Masayoshi | Influence of Coal Properties and Combustion Conditions on Specific Surface Area of Fly Ash | Chemistry 1 | 2005 |
| King, Jack F | Rare earth element recovery from coal fly ash by roasting and leaching methods | Rare Earth Elements I | 2017 |
| Kinuthia, John Mungai | Effect of Slag and Siliceous Additions on the Performance of Stabilized Coal Waste Backfill | Aggregates/Geotechnology II | 2009 |
| Kinuthia, John Mungai | Waste-Treated Waste: Stabilization of Colliery Waste from South Wales (UK) Using Wastepaper Sludge Ash (WSA) | Cement and Concrete 8 | 2005 |
| Kirch, James | Laboratory and Pilot-Scale Field Testing of CCB Flowable Grout for Mining of Coal | Utilization II | 2013 |
| Kirch, James | Structural Monitoring of Full-Scale Asphalt Pavements Reclaimed Using Class F Fly Ash | Aggregates III | 2011 |
| Kirdim, Ozlem | Elemental Enrichments in Feed Coals and Combustion Residues from Tuncbilek, Seyitomer, and Orhaneli Power Plants, Turkey | Posters | 2015 |
| Kladias, Michael | Numerical Modeling to Evaluate Hydrological Dynamics and Risk Assessment of Bottom Ash Ponds at a Former Coal-Fired Electric Power Plant | Ponds I | 2017 |
| Klamut, John | CCR Landfill Final Cover Test Pad | Landfill and Pond Issues VII | 2019 |
| Kleinman, Peter J.A. | FGD Gypsum Filters Remove Soluble Phosphorus from Agricultural Drainage Waters | Environment VI | 2011 |
| Kleinmann, Bob | Coal Combustion Residuals and Groundwater: It’s Complicated | Disposal II | 2017 |
| Kline, John | Evaluating Impacts on Ash Quality of Powdered Activated Carbon for Mercury Control | Chemistry IV | 2015 |
| Kline, Katie M | Coal Combustion Byproduct Utilization in Western Maryland Strip Mines | Reclamation II | 2015 |
| Klink, Michael J. | Utilization of South African Fly Ash to Treat Acid Coal Mine Drainage, and Production of High Quality Zeolites from the Residual Solids | Environment 3 | 2003 |
| Knop, Yaniv | Coal Residues: The new Golden Treasure | Aggregates I | 2017 |
| Knowles, Chuck | Staged Turbulent Air Reactor (STAR) Beneficiation Process – Commercial Update | Beneficiation II | 2013 |
| Knowles, Jimmy C. | Results in Reclaiming and Recycling Coal Combustion Residuals for Encapsulated Beneficial Reuse | Beneficial Use I | 2017 |
| Knowles, Jimmy C. | Reclaiming and Recycling Coal Fly Ash for Beneficial Reuse with the STARTM Process | Beneficiation I | 2015 |
| Knowles, Jimmy C. | Commercial Update on Beneficiation Process Staged Turbulent Air Reactor (STAR) | Beneficiation II | 2011 |
| Knowles, Jimmy C. | New Commercial Beneficiation Process Staged Turbulent Air Reactor (STAR) | Beneficiation/Handling II | 2009 |
| Knowles, Jimmy C. | South Carolina Electric & Gas successful application of carbon burn-out at the Wateree Station | Commercial Ash Processing - a User's Perspective | 1999 |
| Kochberger, Michael | A New Approach to the Production of Bricks Made of 100% Fly Ash | Construction Products I | 2001 |
| Kochert, Sean L. | Transforming Bottom Ash into Fly Ash in Coal Fired Power Stations | Cement and Concrete II | 2009 |
| Kochert, Sean L. | Dry Bottom Ash Handling Increases Marketability | LOI/Beneficiation/Handling I | 2007 |
| Kochis, Neal P | Solar PV and Closed Ash Ponds - A Match made in Heaven? | CCP Storage and Management IV | 2019 |
| Kochis, Neal P | Designing Stormwater Management Systems & Constructability Issues Associated with Active Ash Pond Closures | Ponds V | 2015 |
| Koenig, Alan E. | Mode of Occurrence of Arsenic in Feed Coal and its Derivative Fly Ash, Black Warrior Basin, Alabama | Chemistry and Mineralogy I | 2001 |
| Kokmeijer, Esther | Field Leaching of Bricks and Concrete Containing Coal Fly Ash | Construction Products III | 2001 |
| Kolacinski, Zbigniew | Plasma vitrification of waste incinerator ashes | Posters | 1999 |
| Kolbe, Jennifer | Geochemical Principles Affecting CCR Constituents in Groundwater | Groundwater and Environment V | 2019 |
| Kolbe, Jennifer L. | Use of Alkaline Coal Ash for Reclamation of a Former Strip Mine | Mining and Reclamation II | 2011 |
| Kolker, Allan | Size Distribution of Rare Earth Elements in Coal Ash | Chemistry I | 2015 |
| Kolker, Allan | Composition, morphology and trace element leaching from US coal fly ash | Posters | 2013 |
| Kolker, Allan | Characterization of Feed Coal and Coal Combustion Products in a Power Plant Utilizing Northern Appalachian Basin Coal: A Mass Balance Approach | Chemistry/Mineralogy I | 2009 |
| Kondziolka, John | Evaluation of Groundwater Protectiveness of Potential Surface Impoundment Closure Options | Groundwater and Environment VI | 2017 |
| Kong, Jin-young | Hardening Characteristics of Controlled Low Strength Material Made of Coal Ash | Aggregates II | 2011 |
| Kong, Jin-young | Pilot Scale Test for the Application of Controlled Low Strength Materials Made from Coal Ashes | Aggregates II | 2011 |
| Kopczynska, Olga | Peat Consolidation with Bottom Ash - Theory and Practice | Agriculture 1 | 2005 |
| Kopp, Joshua | Preparing for Closure of the John Sevier Fossil Plant: Re-routing of the Bottom Ash Pond Outfall Driven by NPDES Requirements | Ponds III | 2013 |
| Kornacka, Magdalena | Registration for Safe Use of FBC Ash as a Chemical Substance within European REACH Regulation; Results and Prospects | Posters | 2011 |
| Kornacka, Magdalena | Registration for Safe Use of SDA Product as a Chemical Substance within European REACH Regulation; Results and Prospects | Posters | 2011 |
| Kosler, Steven | Dynamic Waste Water Modeling for Coal Burning Power Plants | Groundwater and Environment VII | 2017 |
| Kosler, Steven | Smarter, Cheaper, Ash Pond Dewatering | Ponds IV | 2017 |
| Kosson, David | Mass Transport Release of Heavy Metal Oxyanions from Solidified/Stabilized Co-Disposed Flue Gas Desulfurization Brine and Coal Fly Ash Monoliths | FGD II | 2017 |
| Kosson, David | The Leaching Environmental Assessment Framework as a Tool for Evaluating Release from Coal Combustion Residues | Environment VI | 2011 |
| Kost, David A. | Comparison of Mined Gypsum Pellets and FGD Gypsum on Plant Productivity and Nutrient Uptake | Agriculture II | 2009 |
| Kost, David A. | Reclamation of an Abandoned Surface Coal Mined Land Using a Dry Flue Gas Desulfurization Product | Mining/Reclamation II | 2009 |
| Kost, David A. | Oxidation of FGD-CaSO3 and Effect on Soil Chemical Properties When Applied to the Soil Surface | Posters | 2007 |
| Kostova, Irena | Lanthanides in coal combustion fly ash | Chemistry I - Lanthandies | 2013 |
| Koukouzas, Nikolaos K. | Mine wastewater treatment by highly calcareous and siliceous fly ash: a comparative study | Environmental I | 2013 |
| Koukouzas, Nikolaos K. | Incorporation of High-Ca Fly Ash Particles into A356 Al by Stir Casting Technique and Characterization of the Fabricated Composites | New Products V | 2011 |
| Koukouzas, Nikolaos K. | Influence of Coal Geochemistry on the Leaching of Lignite-fired By-products | Chemistry II | 2011 |
| Koukouzas, Nikolaos K. | Pressure Infiltration Technique for the Synthesis of A356 Al/fly Ash Composites: Microstructure and Tribological Performance | New Products IV | 2011 |
| Koukouzas, Nikolaos K. | Characterization of CFB-Coal Fly Ash Zeolitic Materials and Their Potential Use in Wastewater Treatment | New Products III | 2009 |
| Koukouzas, Nikolaos K. | Synthesis of Aluminum-Based Metal Matrix Composites (MMCs) with Lignite Fly Ash as Reinforcement Material | New Products I | 2009 |
| Koukouzas, Nikolaos K. | The Effect of the Particle Size Differentiation of Lignite Fly Ash on Cement Industry Applications | Posters | 2009 |
| Koukouzas, Nikolaos K. | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass | Posters | 2007 |
| Koukouzas, Nikolaos K. | Greek fly ash as a cement replacement in the production of paving blocks | Cement and Concrete III | 2007 |
| Koukouzas, Nikolaos K. | Mineralogy and Geochemistry of Greek and Chinese Coal Fly Ash: Research for Potential Applications | Chemistry 5 | 2005 |
| Koukouzas, Nikolaos K. | Mixture of Lignite Fly Ash in Concrete: Physical and Mineralogical Characterization – Case Study from Ptolemais, Northern Greece | Cement and Concrete 5 | 2005 |
| Kouloumbi, Niki | Electrochemical Behaviour of Aluminum - Fly Ash Composites Produced by Powder Metallurgy Technique | Posters | 2011 |
| Koury, Daniel J. | Coal Ash Beneficial Use at Mine Sites in Pennsylvania | OSM Interactive Forum Session 3 | 2005 |
| Kovacic, Thomas A | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| Kovacsics, Istvan | The Role of Dense Slurry in Achieving Zero Liquid Discharge | FGD I | 2017 |
| Kovatch, Eric | Evolution of Dissolved Arsenic in Groundwater Downgradient of a Coal Ash Impoundment | Posters | 2007 |
| Kozhukhova, Marina | Demonstration Project: Roller Compacted Concrete Pavement with High Volumes of Harvested Coal Ash | Cement and Concrete VIII | 2019 |
| Kozhukhova, Marina | Innovative Green Cementitious Systems Using Off-Spec Fly Ash | Cement and Concrete IV | 2019 |
| Kozhukhova, Marina | Multi-Layer Pavement Design Approach for Effective Utilization of Off-Spec Coal Combustion Products | Cement and Concrete VII | 2019 |
| Kraemer, William B. | Bottom Ash Use in Utility Joint Trench Operation | Bulk 3 | 2003 |
| Kratochvil, Rhonda | Maryland’s Research of Beneficial Uses of Coal Combustion By-Products | Posters | 2011 |
| Kravchenko, Julia | The Environmental and Health Effects of the Coal Ash Spill at Kingston, Tennessee: Preliminary assessment | FGD | 2009 |
| Kraycik, Joseph P. | Porewater Studies Subsequent to the Kingston Ash Event | Environmental I | 2013 |
| Kraycik, Joseph P. | Development and Implementation of a Quality Assurance Program for the TVA Kingston Ash Recovery Project | Ponds II | 2011 |
| Kreinberg, Allison | Boron Treatment Technology for CCR Wastewater, Ash Leachate, and Groundwater | Groundwater and Environment I | 2017 |
| Kreinberg, Allison | Sulfur-Oxidizing Bacteria Convert Problematic Waste into Marketable Resource | FGD III | 2017 |
| Kreutzer, Michiel T. | Coal Fly Ash Activated by Waste Sodium Aluminate Solutions as an Immobilizer for Hazardous Waste | Beneficiation II | 2011 |
| Kreutzer, Michiel T. | High Strength Geopolymers from Fractionated and Pulverized Fly Ash | Cement and Concrete VIII | 2009 |
| Kreuzer, Rebecca | Principals of Isotope Geochemistry and Applications to Groundwater Investigations | Groundwater and Environment XIV | 2019 |
| Kruger, Japie | Historical Development of Coal Ash Utilisation in South Africa | Policy 3 | 2005 |
| Kruger, Japie | Development of a Robust Quality Control Procedure to Measure Particle Size Distributions in Fly Ash | Beneficiation 1 | 2003 |
| Kruger, Richard A. | Coal Ash in South Africa - Plenary PPT | Keynote | 2015 |
| Kruger, Richard A. | Compressive Strength of Chemically and Mechanically Activated Aluminosilicate systems | Posters | 2015 |
| Kruger, Richard A. | Plenary Q-A session - Plenary Podcast (mp3) | Keynote | 2015 |
| Kruger, Richard A. | Richard Kruger - Coal Ash in South Africa - Plenary Podcast (mp3) | Keynote | 2015 |
| Kruger, Richard A. | The use of class F fly ash in reclaiming the agricultural potential of surface coal mine cover soils | Agriculture I | 2013 |
| Kruger, Richard A. | Characterization of Coal Fly Ash Modified by Sodium Lauryl Sulphate | Posters | 2011 |
| Kruger, Richard A. | The Injection of Fly Ash Slurries in Deep Geological Reservoirs for Improved Reservoir Integrity and Safe CO2 Sequestration | Posters | 2011 |
| Kruger, Richard A. | Predicting the Efficacy of Fly Ash as a Soil Ameliorant | Agriculture I | 2009 |
| Kruger, Richard A. | Preliminary Microbial Studies on the Impact of Plants and South African Fly Ash on Amelioration of Crude Oil Polluted Acid Soils | Agriculture I | 2009 |
| Kruger, Richard A. | Re-vegetation of Cover Soils and Coal Discard Material Ameliorated with Class F Fly Ash | Mining/Reclamation II | 2009 |
| Kruger, Richard A. | Historical Development of Coal Ash Utilisation in South Africa | Policy 3 | 2005 |
| Kruger, Richard A. | Development of a Robust Quality Control Procedure to Measure Particle Size Distributions in Fly Ash | Beneficiation 1 | 2003 |
| Kruger, Richard A. | The Use of a Soil Ameliorant Based on Fly ash and Sewage Sludge | Environmental Benefits II | 2001 |
| Kruger, Richard A. | "SLASH" for flower and vegetable production in the informal sector in South Africa | Posters | 1999 |
| Kruger, Richard A. | Crop responses to SLASH (mixture of sewage sludge, lime and fly ash) as influenced by soil texture, acidity and fertility | Forest/Soil Reclamation | 1999 |
| Kruger, Richard A. | The manufacture and evaluation of an artificial soil (SLASH) prepared from fly ash and sewage sludge | Forest/Soil Reclamation | 1999 |
| Kruger, Richard A. | The use of fly ash fillers in rubber | New Products | 1999 |
| Kruse, John | Turfgrass Growth in Acid Soil Treated by Flue Gas Desulfurization (FGD) Gypsum or Traditional Calcium Amendments | Agriculture I | 2009 |
| Kruse, Karla | In-Boiler Beneficiation of Coal Combustion Products for Enhanced Cementitious Value | Cement and Concrete V | 2011 |
| Kuhn, John K. | Evaluating Compatibility of CCR with Leachate Collection System to Ensure Rule Compliance | Groundwater and Environment VI | 2017 |
| Kulaots, Indrek | Adsorption of Ammonia on Coal Fly Ash | Ammonia | 2001 |
| Kulunchakova, Galina P. | Formation Processes of Hollow Microspheres in the Fly Ash from Electric Power Stations | Posters | 2005 |
| Kumar, Aditya | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Kumar, Aditya | Linking Fly Ash Composition to Performance in Cementitious Systems | Cement & Concrete VIII | 2015 |
| Kumar, Sanjeev | Demonstration of CFB Ash as a Cement Substitute in Concrete Pier Foundations for a Photo-Voltaic Power System at SIUC | CCT Products I | 2007 |
| Kumar, Sunil | Resilient Moduli and Structural Layer Coefficient of Flyash Stabilized Recycled Asphalt Base | Aggregates/Geotechnology I | 2007 |
| Kupwade-Patil, Kunal | Design, Fabrication and Testing of a Full-Scale Geopolymer Concrete Median Barrier | Cement & Concrete V | 2013 |
| Kupwade-Patil, Kunal | Effect of Accerlerated Sulfate Attack in Geopolymer Concrete | Cement & Concrete III | 2013 |
| Kupwade-Patil, Kunal | Examination of Precursors in Fly Ash for Development of an Engineered Geopolymer Concrete | Cement & Concrete II | 2013 |
| Kupwade-Patil, Kunal | Effect of Alkali Silica Reaction (ASR) in Geopolymer Concrete | Cement and Concrete IV | 2011 |
| Kurtis, Kimberly E. | Evolution of the Properties of Organic Matter and Mineral Phases of Reclaimed Coal Fly Ash | Rare Earth Elements I | 2017 |
| Kurtis, Kimberly E. | The Early Age Behavior of Biomass Fired and Co-fired Fly Ash in Concrete | Cement and Concrete I | 2011 |
| Kuvaas, Duke | Solar Options to Be Used on Utility’s Ash Ponds | Ponds XIV | 2017 |
| Kuvaev, Mikhail D. | Formation Processes of Hollow Microspheres in the Fly Ash from Electric Power Stations | Posters | 2005 |
| Kuvaev, Mikhail D. | Technical Monitoring of Microspheres from Fly Ashes of Electric Power Stations in the Russian Federation | New Products 3 | 2005 |
| LaBuz, Lawrence L. | On-Line Carbon in Ash System at PPL Montour for Increasing Ash Sales | Carbon I | 2013 |
| LaBuz, Lawrence L. | Bottom Ash Fines as a Soil Amendment for Turfgrass and Site Closure – Laboratory and Mesocosm Studies at PPL Brunner Island and Montour Steam Electric Station | Agriculture 3 | 2005 |
| Ladwig, Kenneth J. | Coal Ash Use Study for Duke Energy, North Carolina | Cement and Concrete VII | 2017 |
| Ladwig, Kenneth J. | Geotechnical Properties of FGD Scrubber Material | FGD III | 2017 |
| Ladwig, Kenneth J. | Centrifuge Model Test of a Sand Embankment Built on Saturated Coal Ash | Waste Management VI | 2015 |
| Ladwig, Kenneth J. | Framework for Evaluating the Relative Impacts of Surface Impoundment Closure Options | Ponds I | 2015 |
| Ladwig, Kenneth J. | Groundwater Assessment Framework to Evaluate Relative Impacts of Surface Impoundment Closure Options | Posters | 2015 |
| Ladwig, Kenneth J. | Use of Spray Dryer Absorber Material as a Replacement for Portland Cement in Concrete | Cement & Concrete VI | 2015 |
| Ladwig, Kenneth J. | An Analysis of Potentially Exposed Populations Living Near Coal Combustion Waste Facilities and Associated Cancer Risks | Posters | 2011 |
| Ladwig, Kenneth J. | Comparison of Risks for Leachate from Coal Combustion Product Landfills and Impoundments with Risks for Leachate from Municipal Solid Waste Landfill Facilities | Ponds III | 2011 |
| Ladwig, Kenneth J. | Quantifying the Costs of Subtitle C Regulation of Coal Combustion Residuals Using Site-Specific Data: Why Limitations in Publicly-Available Data Lead to Estimation Error | Environment II | 2011 |
| Ladwig, Kenneth J. | Characteristics and Performance of Fly Ash from Sodium Sorbent Scrubbing of SO3 Emissions from Coal-Based Power Plants | FGD | 2009 |
| Ladwig, Kenneth J. | Factors Governing Arsenic, Beryllium and Thallium Leaching from Coal Combustion Products | Chemistry/Mineralogy I | 2009 |
| Ladwig, Kenneth J. | Remediation of Groundwater at Coal Combustion Product Management Facilities: Driving Issues and Future Trends | Environmental I | 2009 |
| Ladwig, Kenneth J. | Calcium Effect on Arsenic (V) Adsorption onto Coal Fly Ash | Chemistry & Mineralogy II | 2007 |
| Ladwig, Kenneth J. | Chemical Fixation of Trace Elements in Coal Fly Ash | Chemistry & Mineralogy II | 2007 |
| Ladwig, Kenneth J. | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon | Mercury I | 2007 |
| Ladwig, Kenneth J. | The Leachability and Speciation of Arsenic and Selenium in Coal Fly Ash | Environmental I | 2007 |
| Lai, Cheng-I | Properties of CLSM Separation Dike using Coal Ash | Posters | 2013 |
| Lai, Shih-Yaw | Development of the Fracturing Proppant with Low Density and High Strength Using High Alumina Fly Ash | Cement and Concrete II | 2017 |
| Lai, Shih-Yaw | Fly Ash-based Core Technologies and Value-added Products Based on Materials Science | Utilization I | 2015 |
| Lai, Shih-Yaw | Fly Ash-based Fillers and Flame Retardants | Utilization II | 2015 |
| Lai, Shih-Yaw | Fly Ash-based Geopolymer Foam Technology for Thermal Insulation and Fire Protection Applications | Utilization II | 2015 |
| Lai, Shih-Yaw | Fly Ash Separation Technology and its Potential Applications | Cement & Concrete II | 2013 |
| Lakin, Kurt M. | Effects of the Kingston Ash Release on Fish and Benthic Invertebrate Assemblages | Kingston I - Ecological Investigations | 2013 |
| Lamb, Steve C | Selecting the Right Closure Cap Option for Your Surface Impoundment or CCR Landfill | Landfill II | 2017 |
| Lamey, Steven C. | Rapid Batch Characterization of Coal Utilization By-Products | Chemistry 4 | 2005 |
| Lamminen, Mikko | Short- and Long-Term Behavior of Fixated FGD Material Grout at the Roberts-Dawson Mine | OSM Interactive Forum Session 1 | 2005 |
| Lamminen, Mikko | Water Quality at the Roberts-Dawson Coal Mine Three Years After Placement of Flue Gas Desulfurization By-Product | Mining I | 2001 |
| Lamminen, Mikko | Acid mine drainage abatement using flue gas desulfurization byproduct: water quality aspects | Haulback/Remediation | 1999 |
| Landreth, Ronald | New Applications of the Concrete-Friendly Mercury Sorbent C-PACTM | Cement and Concrete III | 2011 |
| Landreth, Ronald | Commercial Experience with Concrete-Friendly Mercury Sorbents | Cement or Concrete I | 2009 |
| Landreth, Ronald | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent | Mercury II | 2007 |
| Landrum, Carla | "The Importance of Being Representative" or Setting Reasonable Background Values for CCR Monitoring | Groundwater and Environment X | 2019 |
| Landrum, Carla | Using the Conceptual Site Model to Tackle the $64,000 Questions Surrounding Groundwater Monitoring and Corrective Action | Groundwater and Environment V | 2017 |
| Landry, Gregory M | Dewatering CCR- The Current State of Practice | Geotech I | 2019 |
| Landry, Gregory M | Incremental, Performance Based Approach to Geotechnical Characterization of Ponded Ash Materials | Geotech II | 2019 |
| Landry, Gregory M | Recent Experience in In Situ Dewatering of Coal Combustion Residuals: A Practical Approach | Ponds XVI | 2017 |
| Landry, Gregory M | Dewatering Fly Ash for Remediation: Two Approaches | Ponds IV | 2015 |
| Lane, Annie | Recovery of Rare Earth Elements from Coal Ash with a Recycling Acid Leach Process | Rare Earth Elements III | 2017 |
| Lang, Gabriel | Instrumentation Computer Based Training | Waste Management III | 2015 |
| Lang, Gabriel | Total Suspended Solids Monitoring During Ash Impoundment Construction Activities | Waste Management IX | 2015 |
| Lang, Gabriel | Instrumentation and Monitoring Program TVA Coal Combustion By-Product Storage Facilities | Ponds III | 2013 |
| Langley, William | Water Balance Modeling of CCR Landfills | Waste Management IV | 2015 |
| Lasher, Candice | Hydraulic and Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Lasher, Candice | The Use of Geophysics to Determine Salt Capturing and Fluid Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Latorre, Isomar | Interactive Effects of Soil Properties and Manufactured Coal Ash Aggregates on Groundwater Quality | Posters | 2011 |
| Latorre, Isomar | Topical Application of Manufactured Aggregates to Cordyline fruticosa and Phaselous vulgaris | Agriculture I | 2011 |
| Latorre, Isomar | Feasibility of Open Pit Restoration with Coal Ash Aggregates: Ground Water Quality Assessment | Posters | 2009 |
| Laudal, Dennis L. | Mercury release from coal combustion by-products to the environment | Mercury/Health Aspects of Fly Ash | 1999 |
| Lav, Abdullah Hilmi | Analysis and Design of a Stabilized Fly Ash as Pavement Base Material | Cement and Concrete 10 | 2005 |
| Lav, M. Aysen | Analysis and Design of a Stabilized Fly Ash as Pavement Base Material | Cement and Concrete 10 | 2005 |
| Lawrie, R. | Influence of coal fly ash application on trace element mobility and distribution in soil, plant and leachate | Agriculture II | 2007 |
| Layne, Adam R. | Petrography and Bulk Chemistry of Coal Combustion By-products from Stoker Boilers: A Comparative Study Before and After Modification of an Ash Handling System | Posters | 2011 |
| Lazar, Michael | Managing Landfill Leachate in a World Without Ash Basins: Lessons Learned and Practical Considerations | Landfill and Pond Issues I | 2019 |
| Lazaro-Martinez, Juan M | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Lazaro-Martinez, Juan M | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Le Cloirec, Pierre | Influence of operating conditions on heavy metal cation removal by fly ash in aqueous solutions | Posters | 1999 |
| Le Cloirec, Pierre | Removal of Cu2+ and Zn2+ in aqueous solutions by sorption onto fly ash and fly ash mixtures | Environmental Aspects | 1999 |
| Lear, Paul R | Enhancing Coal Ash Impoundment Closure Using Value Engineering | CCP Storage and Management I | 2019 |
| Lear, Paul R | The Use of In-Situ Stabilization to Provide a Stable Platform on Saturated Coal Ash - Implications for CCR Closure Activities | Project-Specific Case Studies III | 2019 |
| Lear, Paul R | Closure of the 448-2D Ash Basin and 488-4D ash Landfill at the Savannah River Site | Ponds XVI | 2017 |
| Lear, Paul R | In-Situ Stabilization Pilot Test for Coal Ash – Applicability of the Results to Closure of Coal Ash Impoundments | Ponds X | 2017 |
| Lebster, Gregg | Coal Combustion Residuals Management Using Geotextile Containers- Considerations for Various Options | CCP Storage and Management VIII | 2019 |
| Lecuyer, I. | Influence of operating conditions on heavy metal cation removal by fly ash in aqueous solutions | Posters | 1999 |
| Lecuyer, I. | Removal of Cu2+ and Zn2+ in aqueous solutions by sorption onto fly ash and fly ash mixtures | Environmental Aspects | 1999 |
| Lederman, Eli | Synergetic Effect of Coal Flyash as a Scrubber to Acidic Wastes of the Phosphate Fertilizers Industry | Novel Applications 3 | 2003 |
| Lee, Bing-Jean | Mixing Reservoir Sediment with Fly Ash to Make Bricks and Other Products | Environment 2 | 2003 |
| Lee, Dong-Un | Alkali-Silica Reaction of Geopolymer Concrete Made of Circulating Fluidized Bed Combustion Fly Ash | Cement and Concrete VIII | 2019 |
| Lee, J. | Short and Long Term Variability of Flue Gas Desulfurization By-Product | Chemistry and Mineralogy I | 2001 |
| Lee, Jin Cheol | Quantifying the Benefits of Flue Gas Desulfurization Gypsum in Sustainable Wallboard Production | Beneficiation IV | 2011 |
| Lee, Ji-Young | Effect of Ash Particle Sizes on the Compressive Strength and Thermal Conductivity of Geopolymer Synthesized with Alkali Activated Low-calcium Ground Coal Bottom Ash | Posters | 2017 |
| Lee, Joon-Soo | Comparison of Low Temperature Ash Deposition Determined by Theoretical and Experimental Method in Coal Gasifier Condition | Posters | 2007 |
| Lee, Jung W. | Potential use of FGD as a flowable-fill | Construction and Evolution of CCPs | 1999 |
| Lee, Linda S. | Use of Alkaline Coal Ash for Reclamation of a Former Strip Mine | Mining and Reclamation II | 2011 |
| Lee, R. J. | The Effect of Ettringite Formation on Expansion Properties of Compacted Spray Dryer Ash | Environmental Benefits II | 2001 |
| Lee, Robin Guynn | Transforming CCBs in Maryland to Enhance Beneficial Use | Beneficiation I | 2015 |
| Lee, Robin Guynn | Commercial Use of CCBs: Changes, Challenges, and Opportunities | Posters | 2013 |
| Lee, Robin Guynn | The Morgantown STAR Project: A Fly Ash Beneficial Reuse Case Study | Utilization I | 2013 |
| Lee, Robin Guynn | Beneficial Use of CCBs to Develop an Optimal Mix for Pervious Concrete | Posters | 2011 |
| Lee, Robin Guynn | Use of a CCB Grout Barrier to Reduce the Formation of Acid Mine Drainage: The Siege of Acre Project, Kempton, Maryland | Environmental II | 2009 |
| Lee, Robin Guynn | Use of a CCP Grout to Reduce the Formation of Acid Mine Drainage: 10-Year Update on the Winding Ridge Project | Posters | 2007 |
| Lee, Robin Guynn | Use of a CCP Grout to Reduce the Formation of Acid Mine Drainage: An Update on the Winding Ridge Project | OSM Interactive Forum Session 1 | 2005 |
| Lee, Sung Joo | Characteristic of Magnetic-Substance Classification from Coal Bottom Ash using Wet Magnetic Separator | Aggregates/Geotechnology V | 2009 |
| Lee, Yong Bok | Oxidation of FGD-CaSO3 and Effect on Soil Chemical Properties When Applied to the Soil Surface | Posters | 2007 |
| Lee, Yong Bok | Increased Crop Yield and Economic Return and Improved Soil Quality Due to Land Application of FGD-Gypsum | Posters | 2005 |
| Leedy, Marvin | Assessment of Emergent Springs at a Fly Ash Impoundment | Waste Management IV | 2015 |
| Lehner, Mark | CCR Landfill Final Cover Test Pad | Landfill and Pond Issues VII | 2019 |
| Lei, Chen | Preparation and Property of Fly Ash/Coal Gangue Mine Backfilling Material | China Delegation I | 2015 |
| Lein, Stephanie | Top 10 Mistakes in Environmental Data Management | Posters | 2019 |
| Lein, Stephanie | Why Data Needs Management: Why Software Isn’t Enough | Regulatory Issues III | 2019 |
| Leiva, Carlos | Manufacturing of Fire-Resistant Panels Using FGD Gypsum and Fly Ash from Power Plants in Xinjiang, Northwest China | Utilization II | 2013 |
| Leiva, Carlos | Development of Acoustic Barriers Mainly Composed of Co-Combustion Bottom Ash | New Products I | 2011 |
| Leiva, Carlos | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Leiva, Carlos | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Leiva, Carlos | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Leiva, Carlos | Immobilization of a metallurgical waste using fly ash-based geopolymers | Posters | 2007 |
| Leiva, Carlos | Use of zeolitised fly ashes in fire resistant plates | Emerging Technology I | 2007 |
| Lekka, Maria | Electrochemical Behaviour of Aluminum - Fly Ash Composites Produced by Powder Metallurgy Technique | Posters | 2011 |
| Lemke, Peter R. | Management and Treatment Alternatives for CCR-Influenced Waters | Environment V | 2011 |
| Lenke, Lary R. | Alkali Silica Reaction Criteria for Accelerated Mortar Bar Tests Based on Field Performance Data | Cement and Concrete IV | 2009 |
| Lenke, Lary R. | Minimum Fly Ash Cement Replacement To Mitigate Alkali Silica Reaction | Cement and Concrete 1: Alkali & Silica Reaction | 2005 |
| Leo, Glenn | Working Toward Zero Leachate Discharge for CCR Landfills | Landfill and Pond Issues VI | 2019 |
| Leone, Gaston | Selenium Attenuation via Reductive Precipitation in Diverse Saturated and Unsaturated Environments | Groundwater and Environment IX | 2019 |
| Lerach, Stephanie L. | Coal combustion by-product diagenesis II | Durability Issues/Ettringite | 1999 |
| Lesniak, Thomas | Using Mercury Capture Systems with Fly Ash for Cement Manufacturing | Cement and Concrete VII | 2017 |
| Lesniak, Thomas | Mercury Capture Options for Coal Combustion Products | Chemistry IV | 2015 |
| Lesniak, Thomas | An Innovative Approach for Mercury Capture | Cement & Concrete II | 2013 |
| Lester, Edward | The Removal of Carbon from Fly Ash Using Supercritical Water Oxidation | Beneficiation I | 2001 |
| Levine, Stephen | Optimization and economic evaluation of coal fly ash reuse in new synthetic lightweight aggregates | New Products | 1999 |
| Lewandowski, Wledek | Polish Chemical Plant Utilizes Separation Technologies’ Carbon Removal Process | Beneficiation II | 2011 |
| Lewis, Ari S. | CCP Beneficial Use Risk Assessment: Case Studies for Three Different Applications | Beneficiation and Processing I | 2019 |
| Lewis, Ari S. | Evaluating Climate Change Impacts on CCR Surface Impoundments and Landfills | Landfill and Pond Issues X | 2019 |
| Lewis, Ari S. | Regional Screening Levels for the Appendix IV Constituents without Maximum Contaminant Levels (MCLs): Looking Under the Hood | Regulatory Issues I | 2019 |
| Lewis, Ari S. | Risk-based Considerations for Establishing Alternative Groundwater Standards at Coal Combustion Product Sites | Regulatory Issues II | 2019 |
| Lewis, Ari S. | Framework for Evaluating the Relative Impacts of Surface Impoundment Closure Options | Ponds I | 2015 |
| Lewis, Ari S. | Groundwater Assessment Framework to Evaluate Relative Impacts of Surface Impoundment Closure Options | Posters | 2015 |
| Lewis, Ari S. | Ecological Effects of Coal Combustion Products (CCPs): A Literature Review of Observed Effects and Considerations for Managing Risks | Chemistry IV - Toxicity | 2013 |
| Lewis, Ari S. | Environmental Review of Coal Ash as a Resource for Rare Earth and Strategic Elements | Chemistry I - Lanthandies | 2013 |
| Lewis, Ari S. | An Analysis of Potentially Exposed Populations Living Near Coal Combustion Waste Facilities and Associated Cancer Risks | Posters | 2011 |
| Lewis, Ari S. | Chemical Constituents in Coal Combustion Residues: Risks and Toxicological Updates | Environment VII | 2011 |
| Lewis, Ari S. | Mercury Inhalation Risks from Use of Coal Combustion Products (CCPs) as Structural Fill and from Disposal of CCP-Containing Wallboard and Concrete in Landfills | Posters | 2009 |
| Lewis, Ari S. | Mercury Inhalation Risks in Indoor Air from Use of Coal Combustion Products (CCPs) in Building Materials | Posters | 2009 |
| Lewis, Christopher | Structural Considerations for In-Place Closure of CCR Impoundments | Geotech II | 2017 |
| Lewis, Howard S. | Commercialization of Fired Paving Bricks with Class F Fly Ash from Illinois Basin Coals | Posters | 2005 |
| Li, Hanxu | Effect of Additives on Slag Properties in an Entrained Bed Gasifier | Aggregates III | 2011 |
| Li, Hui | Performance of Ultra-fine Fly Ash in Concrete | China Delegation II | 2015 |
| Li, Huijun | Particulate Emissions from Combustion of a Coal+Tire Blend | Chemistry 1 | 2005 |
| Li, Hui-Quan | Preparation of Mullite Ceramics from Coal Fly Ash by Deep-desilication Technology | Utilization III | 2015 |
| Li, Jing | Geochemical and Mineralogical characteristics of Coal Combustion Byproducts Generated from Al-Ga-Li-rich coal in Inner Mongolia | Chemistry III | 2015 |
| Li, Jing | Manufacturing of Fire-Resistant Panels Using FGD Gypsum and Fly Ash from Power Plants in Xinjiang, Northwest China | Utilization II | 2013 |
| Li, Li | Reactive Transport Modeling of FGD Gypsum Bed to Simulate Time Dependent Dissolution, Porosity Evolution, and Leachate Composition | Posters | 2013 |
| Li, Lin | Geotechnical Properties of Fly Ash and Soil Mixtures for Use in Highway Embankments | Aggregates III | 2011 |
| Li, Lin | Properties of Pavement Geomaterials Stabilized with Fly Ash | Aggregates/Geotechnology I | 2009 |
| Li, Qiao | Fly Ash-based Core Technologies and Value-added Products Based on Materials Science | Utilization I | 2015 |
| Li, Shan | A fabrication on continuous coal ash derived ceramic fiber | Posters | 2015 |
| Li, Shaopeng | Preparation of Mullite Ceramics from Coal Fly Ash by Deep-desilication Technology | Utilization III | 2015 |
| Li, Tianxiang | Technology development for carbon-ash beneficiation by pneumatic transport, triboelectric processing | Processing | 1999 |
| Li, Tianxiang | Triboelectric process of combustion fly ash after carbon burnout | Processing | 1999 |
| Li, Xiaojiang | Influence of Alkali activator Dosage on Strength of CFBC Fly Ash Based Geopolymer | Posters | 2017 |
| Li, Xiaoping | The Effects of Flue Gas Desulfurization Gypsum (FGD Gypsum)on P Fractions in a Coastal Plain Soil | Ponds VI | 2017 |
| Li, Yadong | Geotechnical Properties of Fly Ash and Soil Mixtures for Use in Highway Embankments | Aggregates III | 2011 |
| Li, Ying | Technology Research and Application on Using FGD Gypsum to Prepare a High-Strength Gypsum | China Delegation I | 2015 |
| Li, Yong H. | Influence of Alkali activator Dosage on Strength of CFBC Fly Ash Based Geopolymer | Posters | 2017 |
| Li, Zhanbing | Preparation of Mullite Ceramics from Coal Fly Ash by Deep-desilication Technology | Utilization III | 2015 |
| Li, Zhongsheng | Evaluating the Interaction of Coal Ash Leachates with Rock Materials for Mine Backfill Studies | Chemistry/Mineralogy II | 2009 |
| Li, Zhongsheng | Variations in Element Mobility from Fly Ashes Stored in Different Environments | Environmental I | 2009 |
| Liberman, Roy Nir | Fly Ash as a Potential Scrubber for Low Activity Radioactive Wastes | Environmental II | 2009 |
| Liberti, Lorenzo | Characteristics of Fly Ashes and Processing Conditions Affecting Carbon-Ash Separation under Pneumatic Transport, Triboelectric Processing | UBC - Beneficiation of High-LOI Fly Ash - A.M. | 2005 |
| Liberti, Lorenzo | Combustion Reactivity of Unburned Carbon in Coal Combustion Fly Ashes | UBC - Characterization of High-LOI Fly Ash | 2005 |
| Lieberman, Roy Nir | Coal Residues: The new Golden Treasure | Aggregates I | 2017 |
| Lieberman, Roy Nir | Scrubbing Hazardous Wastes of the Spanish Phosphate Industry and Used Tires Ash via Coal Fly Ash and Incorporation of the Product in Concrete for Civil Engineering Purposes | Cement and Concrete V | 2017 |
| Lieberman, Roy Nir | Coal Ash as a Potential Scrubber for Wastes from the Quarry and Phosphate industries in Israel | Utilization III | 2015 |
| Liles, Dave | Iron-Based Strategies for In Situ Treatment of Arsenic and Metals Impacts at Coal Ash Facilities | Groundwater and Environment XII | 2019 |
| Liles, Dave | Managing Geochemistry of Multiple Coal Ash Metals of Potential Concern – The New Regulatory Context and Its Practical Implications for New and Existing Facilities | Chemistry V | 2013 |
| Lim, Mihee | Adsorption Behavior of Heavy Metals on NaP1 Zeolite Synthesized from Coal Bottom Ash | Posters | 2009 |
| Lim, Nam-Woong | The Mechanical Properties of Coal-Ash Generated in South Korea for Using Highway Road Material | Posters | 2009 |
| Lin, Bin | Preparation of Mullite Ceramics from Coal Fly Ash by Deep-desilication Technology | Utilization III | 2015 |
| Lin, Bo Fan | A fabrication on continuous coal ash derived ceramic fiber | Posters | 2015 |
| Lin, Chiqian | Dry CFB-FGD By-Product Utilization - International Prospectives | Beneficiation II | 2011 |
| Lin, Jin Mei | Characterization of East Asian Fly Ash by Polarization Microscope | Posters | 2009 |
| Lin, Jin Mei | Leaching test of coal fly ash for the landfill | Ash Facility Management I | 2007 |
| Lin, Ronghong | Distributions and Extraction of Rare Earth Elements from Coal and Coal By-Products | Rare Earth Elements II | 2017 |
| Lin, Shan Shan | Leaching of Dry Flue Gas Desulfurization Materials from Different Flue Gas Cources in China | FGD I | 2015 |
| Linares, Angel | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Lingle, James | Quantifying the Costs of Subtitle C Regulation of Coal Combustion Residuals Using Site-Specific Data: Why Limitations in Publicly-Available Data Lead to Estimation Error | Environment II | 2011 |
| Linguist, Larry | Considerations for Treating Landfill and Impoundment Leachate with Impacts from Planned Effluent Guidelines | Ponds & Landfills II | 2013 |
| Link, Thomas A. | Triboelectrostatic separation of fly ash | Processing | 1999 |
| Lipscomb, Daryl | New Applications of the Concrete-Friendly Mercury Sorbent C-PACTM | Cement and Concrete III | 2011 |
| Lipscomb, Daryl | Commercial Experience with Concrete-Friendly Mercury Sorbents | Cement or Concrete I | 2009 |
| Lisowski, David | Utilization of INSPEC and OFF SPEC Fly ash | Cement & Concrete V | 2015 |
| Lister, Robert A. | Commercialization Status of a Pneumatic Transport, Triboelectrostatic System for Carbon/Ash Separation | Beneficiation I | 2001 |
| Litten, Jason K. | Use of a CCB Grout Barrier to Reduce the Formation of Acid Mine Drainage: The Siege of Acre Project, Kempton, Maryland | Environmental II | 2009 |
| Litz, Darby | Maximizing the Value of Information Management for the Implementation of CCR Data Management Strategies | Groundwater and Environment X | 2019 |
| Liu, Bei | Rare Earth Element Geochemistry of Late Paleozoic Coals in Taiyuan and Shanxi formation, North China | Posters | 2015 |
| Liu, Bei | Research on Element Geochemical Characteristics and Enrichment Features of Coal-Ge Deposit in Wulantuga (Inner Mongolia ,China) | Posters | 2015 |
| Liu, Henry | Environmental Properties of Fly Ash Bricks | Construction | 2009 |
| Liu, Henry | Use of ASTM Standards for Testing Freeze-Thaw Resistance of Fly Ash Bricks | Posters | 2009 |
| Liu, Henry | Test of Mercury Vapor Emission from Flyash Bricks | Mercury I | 2007 |
| Liu, Henry | Improving Freezing and Thawing Properties of Fly Ash Bricks | New Products 1 | 2005 |
| Liu, Henry | Mixing Reservoir Sediment with Fly Ash to Make Bricks and Other Products | Environment 2 | 2003 |
| Liu, Juei-Chun | Emission and Leaching Potential of Mercury from Flue Gas Desulfurization (FGD) Byproducts Amended Soil | Agriculture II | 2009 |
| Liu, Maoyuan | Dry CFB-FGD By-Product Utilization - International Prospectives | Beneficiation II | 2011 |
| Liu, Shuqin | Mineralogy and Leaching Behavior of Ash & Residue from Underground Coal Gasification | Chemistry III | 2015 |
| Liu, Xiaoming | Stabilization of FGD By-products by Using Fly Ash, Cement and Sialite | Construction | 2009 |
| Liu, Xin | Chemical Composition Determination and Thermal Analysis for Some Typical Biomass Ashes in China | Carbon I | 2013 |
| Liu, Xin | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent | Mercury II | 2007 |
| Livingston, Richard A. | A Performance-based Fly Ash Classification System Using Glassy Particle Chemical Composition Data | Cement and Concrete III | 2011 |
| Livingston, Richard A. | A Figure of Merit for Fly Ash Replacement of Portland Cement | Cement and Concrete III | 2009 |
| Livingston, Richard A. | Characterization of Glassy Phases in Fly Ash by Particle SEM | Chemistry/Mineralogy II | 2009 |
| Livingston, Richard A. | Application of Glass Corrosion Tests to the Reactivity of Fly Ash | Chemistry & Mineralogy III | 2007 |
| Livingston, Richard A. | Optimization of Silica Fume, Fly Ash and Cement Mixes for High Performance Concrete | Cement and Concrete 9 | 2005 |
| Lockert, Cal | New Products from Coal Combustion Ash: Selective Extraction of Particles with Density < 2 | New Products II | 2001 |
| Lockert, Charles A. | Controlling Ammonia-in-Ash through Direct Measurement of Ammonium Bisulfate | New Products IV | 2009 |
| Lockert, Charles A. | Role of Combustion Diagnostics in an Integrated System to Reduce Fly Ash Carbon and Increase Ash Value | UBC - Beneficiation of High-LOI Fly Ash - A.M. | 2005 |
| Lockert, Charles A. | Commercialization Status of a Pneumatic Transport, Triboelectrostatic System for Carbon/Ash Separation | Beneficiation I | 2001 |
| Locum, James T | Excavatable and Early Strength CLSM using High LOI Fly Ash and Limestone Screenings | Cement and Concrete I | 2017 |
| Locum, James T | Universal CLSM using High LOI Fly Ash and Limestone Screenings without Portland Cement | Posters | 2017 |
| Lodewyck, David | Case Study – Cyclone Boiler SFC | Project-Specific Case Studies II | 2019 |
| Long, Chris M. | Mercury Inhalation Risks from Use of Coal Combustion Products (CCPs) as Structural Fill and from Disposal of CCP-Containing Wallboard and Concrete in Landfills | Posters | 2009 |
| Long, Chris M. | Mercury Inhalation Risks in Indoor Air from Use of Coal Combustion Products (CCPs) in Building Materials | Posters | 2009 |
| Long, Gerald | Bottom Ash Options for ELG and CCR Compliance | Disposal IV | 2017 |
| Long, Gerald | Coal-Fired Power Plant Bottom Ash Wet-To-Dry Conversions/ Case Studies | Waste Management VI | 2015 |
| Longo, Sue | Paste and Ash Systems: Case Studies | Waste Management VIII | 2015 |
| Looney, Trevor J | An Experimental Study on Bond Strength of Reinforcing Steel in High-Volume Fly-Ash Concrete | Cement and Concrete III | 2017 |
| Loop, Caroline M. | Diagenesis of FBC Ash in an Acidic Pit Lake | OSM Interactive Forum Session 1 | 2005 |
| Lopez-Anton, Maria Antonia | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Lopez-Anton, Maria Antonia | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Lopez-Soler, Angel | Comparison Between Laboratory Leaching Properties and Field Experiments of MSWI Bottom Ash Used as an Unbound Granular Material for Road Pavements | Aggregates 1 | 2005 |
| Lopez-Soler, Angel | Differential Behavior of Combustion and Gasification Fly Ash from Puertollano Power Plants (Spain) for Zeolite Synthesis and Silica Extraction | New Products 2 | 2005 |
| Lopez-Soler, Angel | Immobilization of Heavy Metals in Polluted Soils by the Addition of Zeolitic Material Synthesized from Coal Fly Ash. | Environmental Benefits I | 2001 |
| Lopez-Soler, Angel | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Lopez-Soler, Angel | Use of Bottom Ash from Municipal Solid Waste Incineration as a Road Material | Construction Products III | 2001 |
| Lopez-Soler, Angel | Extraction of major soluble impurities from fly ash in open and closed leaching systems | Chemistry and Mineralogy | 1999 |
| Lopez-Soler, Angel | Synthesis of zeolites from fly ash in a pilot plant scale: examples of potential environmental applications | Chemistry and Mineralogy | 1999 |
| Lowe, Johnny | Excavation and Beneficiation Considerations | Beneficiation and Processing II | 2019 |
| Lu, Mao Yuan | Beneficial Utilization of Chinese Dry Flue Gas Desulfurization Materials for Stabilization of Weak Soils | Agriculture II | 2015 |
| Lu, Mao Yuan | Development of Key Technologies for Dry FGD By-Product Resource Comprehensive Utilization: A Project History | China Delegation II | 2015 |
| Lu, Maoyuan | Development of Dry FGD By-Product Utilization as Building Materials in China | Utilization I | 2013 |
| Lubrecht, Michael | CCP Dewatering Using a Horizontal Well | Landfill III | 2017 |
| Lucini, Michael | Two Birds with One Stone – How an Innovative Closure Technology Can Address Coal Ash Closure Requirements and Renewable Energy Mandates | Ponds II | 2015 |
| Lugo, Yahaira | Biochemical Response of Landfill with Manufactured Aggregates as a Daily Cover | Aggregates/Geotechnology III | 2009 |
| Luke, Glenn R. | Groundwater Corrective Action Assessment Using Fate and Transport Modeling | Landfill and Pond Issues XI | 2019 |
| Luke, Glenn R. | In-Situ Coal Combustion Products Impoundment Closure/Remediation Strategy | Ponds VI | 2015 |
| Luke, Glenn R. | In Situ Stabilization/Solidification (ISS) in the Power Industry and Applications for Coal Combustion Products (CCP) | Environmental II | 2013 |
| Luna Galiano, Yolanda | Study on the Immobilization of Cr (VI) and Cr (III) in Geopolymers Based on Coal Combustion Fly Ash | Posters | 2011 |
| Luna Galiano, Yolanda | Use of Different Geopolymeric Agents for the Stabilization/Solidification (S/S) of a Metallurigcal Waste | Aggregates/Geotechnology II | 2009 |
| Luna Galiano, Yolanda | Waste Stabilization/Solidification (S/S) Using Fly Ash-Based Geopolymers. Influence of Carbonation on the S/S of an EAF Dust | Posters | 2009 |
| Luna Galiano, Yolanda | Immobilization of a metallurgical waste using fly ash-based geopolymers | Posters | 2007 |
| Lunkov, Alexey | Some Aspects of Implementing Ecologically Sound Ash Removal Technologies at Reconstruction of Coal-Fired Power Plants in Russia | Ash Facility Management II | 2007 |
| Luo, Y. | Extraction of Aluminum from Combustion Ash of Coal Spoil | New Products I | 2009 |
| Luo, Y. | Feasibility of Recovery Alumina from Coal Fly Ash | Posters | 2009 |
| Luo, Zhenfu | Coal Ash Beneficiation and Utilization in Coal Separation Process | Posters | 2005 |
| Luo, Zhongyang | Characteristics and Utilization of fly ash from coal-fired power plant in CHINA | Posters | 2015 |
| Lupi, William | Hybrid Geotextile Design for CCP Materials in Landfill Drainage and Closure Systems | Waste Management V | 2015 |
| Lutes, Chris | Managing Geochemistry of Multiple Coal Ash Metals of Potential Concern – The New Regulatory Context and Its Practical Implications for New and Existing Facilities | Chemistry V | 2013 |
| Lutz, Tobias | How Dense Slurry Fly Ash Disposal helped Europe's largest Brown Coal Power Station to reduce its Water Consumption by over 90% | Regulations | 2017 |
| Ma, Chunyuan | Chemical Composition Determination and Thermal Analysis for Some Typical Biomass Ashes in China | Carbon I | 2013 |
| Ma, Shu-Hua | The novel properties of a new inorganic water-retaining product made from coal fly ash | International Perspectives I | 2019 |
| Ma, Shu-Hua | Current Status and Prospect of Fly Ash Utilization in China | Chemistry VI | 2013 |
| Macala, Megan | Distributions and Extraction of Rare Earth Elements from Coal and Coal By-Products | Rare Earth Elements II | 2017 |
| Macintosh, Ann M. | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Mack, Richard | Bottom Ash Use in Utility Joint Trench Operation | Bulk 3 | 2003 |
| Mack, Robert | Pavement Subgrade Stabilization and Construction Using Bed and Fly Ash | Aggregates/Geotechnology I | 2007 |
| Mackiewicz, Scott M. | Stabilization of Soil with Self-Cementing Coal Ashes | Agriculture 1 | 2005 |
| Mackos, Ryan | Use of Lime-Activated Class F Fly Ash in the Full-Depth Reclamation of Asphalt Pavements: Environmental Aspects | Aggregates/Geotechnology I | 2009 |
| MacLean, James H. | Microwave Carbon Burnout (MCB): Gas Byproducts and Deportment of Specific Metallic Elements | Beneficiation I | 2001 |
| Macrowski, Steve | Challenges of Closing Large Fly Ash Ponds | Ponds IV | 2013 |
| Madsen, Curtis | Effect of Moisture Conditioning and Handling on Leaching and Physical Properties of Sodium Bicarbonate Flue Gas Desulfurization Materials | Landvill VIII | 2017 |
| Maegawa, Akira | Crystaline microstructure modification of Brazilian coal ash with alcaline solution | Chemistry and Mineralogy | 1999 |
| Maegawa, Akira | Zeolification of ashes obtained from the combustion of southern’s Brazil Candiota coal | Chemistry and Mineralogy | 1999 |
| Maekawa, Koichi | Leaching and Adsorption Modeling of Boron in Fly Ash and Nonlinear Transport Analysis | Cement and Concrete III | 2011 |
| Magee, John F | In Situ Impoundment Closure and Groundwater Corrective Action Technology | Landfill and Pond Issues V | 2019 |
| Magee, John F | In-Situ Coal Combustion Products Impoundment Closure/Remediation Strategy | Ponds VI | 2015 |
| Magliocco, Catherine | Emerging Water Management Challenges at Coal-Fired Power Stations to Address New USEPA Regulations | Groundwater and Environment II | 2017 |
| Maguire, Rory | Removal of Nutrients from Stormwater Using CCPs | Environmental I | 2009 |
| Mahboub, Kamyar C. | Clinkerless Cement Produced from Flue Gas Desulphurization Residues and Fly Ash | Cement and Concrete IX | 2009 |
| Mahboub, Kamyar C. | The Cementitious and Pozzolanic Properties of Fluidized Bed Combustion Fly Ash | Cement and Concrete V | 2009 |
| Mahboub, Kamyar C. | The Cementitious and Pozzolanic Properties of Fluidized Bed Combustion Fly Ash | Posters | 2009 |
| Mahlaba, Jabulani Samuel | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| Mahmud, Maythem | Characterisation of Pulverised Fuel Ash Derived from Coal and Biomass Co-firing and their Utilisation into Value Added Products | Beneficiation/Handling I | 2009 |
| Maier, Tom | Disposal of Commingled CCR and Phragmites Roots in a CCR Landfill | Landfill and Pond Issues II | 2019 |
| Mainardi, Daniela | Examination of Precursors in Fly Ash for Development of an Engineered Geopolymer Concrete | Cement & Concrete II | 2013 |
| Majkrzak, Greg | Effect of Cenospheres on Flyash Brick Properties | Emerging Technology II | 2007 |
| Majors, Russ K. | Techniques for Measuring Ammonia In Fly Ash, Mortar, and Concrete | Concrete 2 | 2003 |
| Maldonado, Vanessa | Utilization of Coal Combustion Byproducts as Capping Amendments for Heavy Metals Sequestration | Posters | 2007 |
| Malek, Mag | Defining a Research Program for Cement, Brick, and Block Production from a Novel FGD Product | Cement and Concrete I | 2011 |
| Malek, Mag | Pavement Subgrade Stabilization and Construction Using Bed and Fly Ash | Aggregates/Geotechnology I | 2007 |
| Malhotra, Vivak M. | Development of Wood-Substitute Composites from FGD Sulfite-Rich Scrubber Material and Waste Plastic Bottles While Taming Potential Mercury Reemission | New Products I | 2009 |
| Malikova, E. A. | Electronic Information Systems of the Open Access for Effective Solution of Both Environmental and Coal Ash Utilization Issues | Utilization II | 2013 |
| Maller, Gordon | Results of a Feasibility and Preliminary Engineering Study for a System to Process and Stabilize Scrubber Waste from the APS Four Corners Unit 4 and 5 FGD Systems | Environmental II | 2013 |
| Malloy, Robert | Development and Properties of Foamed Synthetic Lightweight Aggregates | Aggregates/Geotechnology III | 2007 |
| Malvar, Luis Javier | Alkali Silica Reaction Criteria for Accelerated Mortar Bar Tests Based on Field Performance Data | Cement and Concrete IV | 2009 |
| Malvar, Luis Javier | Minimum Fly Ash Cement Replacement To Mitigate Alkali Silica Reaction | Cement and Concrete 1: Alkali & Silica Reaction | 2005 |
| Mangers, Trey | Enhancing Coal Ash Impoundment Closure Using Value Engineering | CCP Storage and Management I | 2019 |
| Mann, Tom | Groundwater Monitoring Requirements of the CCR Rule – What’s Next? | Landfill III | 2017 |
| Manoharan, V. | Influence of coal fly ash application on trace element mobility and distribution in soil, plant and leachate | Agriculture II | 2007 |
| Manonmani, Arulsamy M. | Flyash Based Bacterial Pesticides for Mosquito Control | New Products I | 2011 |
| Manz, Oscar E. | Historical Perspective of Coal Ash Marketing and Promotion in the USA | Policy 1 | 2005 |
| Mao, Yumei | The Effects of Flue Gas Desulfurization Gypsum (FGD Gypsum)on P Fractions in a Coastal Plain Soil | Ponds VI | 2017 |
| March, Maria J. | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Marin, Elia | Electrochemical Behaviour of Aluminum - Fly Ash Composites Produced by Powder Metallurgy Technique | Posters | 2011 |
| Marine, Frank | Alternatives to Discharge for High Metal Bearing Water from Coal Ash Ponds | Ponds III | 2011 |
| Markevicius, Gediminas | Development of Wood-Substitute Composites from FGD Sulfite-Rich Scrubber Material and Waste Plastic Bottles While Taming Potential Mercury Reemission | New Products I | 2009 |
| Markley, Monte | The Basics of Deep Well Injection as a Leachate Disposal Option – Technical, Economic and Regulatory Considerations | Project-Specific Case Studies I | 2019 |
| Maroto-Valer, Mercedes M. | Speciation and fate of mercury and oxy-fuel combustion conditions | Oxy Combustion I | 2015 |
| Maroto-Valer, Mercedes M. | Characterisation of Pulverised Fuel Ash Derived from Coal and Biomass Co-firing and their Utilisation into Value Added Products | Beneficiation/Handling I | 2009 |
| Maroto-Valer, Mercedes M. | Studies of Mercury Capture on Fly Ash: Examples from Power Plants Burning Kentucky Coals | Environmental Benefits III | 2001 |
| Maroto-Valer, Mercedes M. | Characterization of differing forms of unburned carbon present in fly ash | Chemistry and Mineralogy | 1999 |
| Maroto-Valer, Mercedes M. | Use of unburned carbon in fly ash as precursor for the development of activated carbons | New Products | 1999 |
| Marrs, Brock | Fly Ash Derived Ceramic-Polyurethane Foam Composite Insulation | Utilization II | 2015 |
| Marrs, Brock | NuSafe Ceramics in Polyurethane Foam Insulation | Posters | 2011 |
| Marshall, Jeff | Hydrogen Sulfide Issues at Coal Combustion Residual and Municipal Solid Waste Disposal Facilities | Landvill VIII | 2017 |
| Marshall, Steve | Building a New Ash Repository over a Former Coal Mine | Ponds II | 2013 |
| Martello, Donald | Measurement of mercury flux from coal utilization by-products with a laboratory flux chamber | Posters | 2007 |
| Marten, Elaine | An Integrated Approach to Processing of Coal Combustion Ash and Organic Bio-solids | Environmental III | 2007 |
| Martens, D. C. | Renovation of acidic Appalachian soil with FGD gypsum and FBC residue: soil leachate evaluation | Posters | 1999 |
| Martin, Grant | Geotechnical Characterization of Fly Ash with an Emphasis on Undrained Strength | Geotech I | 2019 |
| Martin, Luke C. | Weathering and Leaching Characteristics of a Fixated Scrubber Sludge Cap at an Abandoned Mine Site in Pike County, Indiana | Chemistry III | 2013 |
| Martinez-Tarazona, M. Rosa | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Martinez-Tarazona, M. Rosa | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Martinus, Ferdy | Development of an Automated Foam Index Test | Cement and Concrete 7 | 2005 |
| Mason, Dave | Closing Up Shop at the Watts Bar Fossil Plant Lessons in Coal Ash Pond Closure | Ponds III | 2015 |
| Mason, Dave | 100-m Hurdles: Overcoming Challenges on a Fast-Track Ash Pond Conversion and Closure Project for TVA to Meet Regulatory Deadline | Pond Closure | 2013 |
| Massey-Norton, J. T. | CCR Landfill Final Cover Test Pad | Landfill and Pond Issues VII | 2019 |
| Massey-Norton, J. T. | John E. Amos Landfill Soil Nail Wall | Landfill I | 2017 |
| Massey-Norton, J. T. | Assessment of Emergent Springs at a Fly Ash Impoundment | Waste Management IV | 2015 |
| Massey-Norton, J. T. | Impact of Coal Mine Reclamation Using Coal Combustion By-products (CCBs) on Groundwater Quality: Two Case Studies | Reclamation I | 2015 |
| Massey-Norton, J. T. | Using Stabilized Flue Gas Desulfurization Material to Reclaim Highwalls and Mitigate Acid Mine Drainage | Reclamation II | 2015 |
| Massey-Norton, J. T. | Spatial and Temporal Variations of Groundwater Chemistry Before and During Coal Mine Reclamation Using Flue Gas Desulfurization (FGD) Materials | Chemistry V | 2013 |
| Mastai, Yitzhak | Coal Ash as a Potential Scrubber for Wastes from the Quarry and Phosphate industries in Israel | Utilization III | 2015 |
| Mastalerz, Maria | Elemental Enrichments in Feed Coals and Combustion Residues from Tuncbilek, Seyitomer, and Orhaneli Power Plants, Turkey | Posters | 2015 |
| Masterson, Tara V. | Benchmarking Study for CCP Beneficial Reuse: A View of the Market | Utilization III | 2013 |
| Mathebula, Lethabo | Characterization of Coal Fly Ash Modified by Sodium Lauryl Sulphate | Posters | 2011 |
| Mathews, Samuel | Comparison of Beneficiated Fly Ash with a Popular Class F Fly Ash in Tennessee | Cement and Concrete VI | 2019 |
| Mathews, Samuel | Preliminary Study of the Potential of a Beneficiated Ultrafine Class F Fly Ash | Cement and Concrete II | 2019 |
| Mathews, Teresa J. | Effects of the Kingston Ash Release on Fish Reproduction and Larval Fish | Kingston I - Ecological Investigations | 2013 |
| Mathur, V. K | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Mathur, V. K | Effect of Coal Fly Ash on Agricultural Crops: Showcase Project on Use of Fly Ash in Agriculture in and around Thermal Power Station Areas of National Thermal Power Corporation Ltd., India | Agriculture II | 2011 |
| Matjie, Henry R. | Leachate Characteristics of Ash Residues from a Laboratory-Scale Brine Encapsulation Simulation Process | Chemistry & Mineralogy I | 2007 |
| Matjie, Henry R. | Beneficial Utilisation of Sasol Coal Gasification Ash | New Products 2 | 2005 |
| Matjie, Henry R. | Detailed Characterisation of Sasol Ashes | Chemistry 6 | 2005 |
| Matsuda, Hiromitsu | Influence of Coal Properties and Combustion Conditions on Specific Surface Area of Fly Ash | Chemistry 1 | 2005 |
| Mattingly, Will | Perils of Constructing a Gypsum Stack on
Top of an Ash Pond TVA Bull Run Fossil (BRF) Plant Gypsum Disposal Area 2 | Ponds VII | 2015 |
| Mattingly, Will | Instrumentation and Monitoring Program TVA Coal Combustion By-Product Storage Facilities | Ponds III | 2013 |
| Mattmiller, Erin | Inventory, Inspection and Management Practices of CCP Facility Spillways at TVA Paradise Fossil Plant | Waste Management II | 2015 |
| Mattuck, Rosemary | An Analysis of Potentially Exposed Populations Living Near Coal Combustion Waste Facilities and Associated Cancer Risks | Posters | 2011 |
| Mauger, Nate | Impacts of Reclamation and Remining on Watersheds of Pre-Law Legacy Coal Mines | Mining and Reclamation I | 2011 |
| Maximova, Nina V. | Functional Materials on the Basis of Cenospheres | Posters | 2005 |
| Mayes, Steve | Hybrid CCR Impoundment Closure Value- Engineering Case Study | CCP Storage and Management VI | 2019 |
| Mayfield, David B. | Ecological Effects of Coal Combustion Products (CCPs): A Literature Review of Observed Effects and Considerations for Managing Risks | Chemistry IV - Toxicity | 2013 |
| Mayfield, David B. | Environmental Review of Coal Ash as a Resource for Rare Earth and Strategic Elements | Chemistry I - Lanthandies | 2013 |
| McCann, Robert | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash | Mercury III | 2007 |
| McCarthy, Aikaterini | Comparative Performance of Beneficiated Run-of-Station Fly Ash as Cement | Cement and Concrete 3 | 2005 |
| McCarthy, Aikaterini | Moving Fly Ash Utilisation in Concrete Forward: A UK Perspective presented by Dr. M. R. Jones, Head of the Division of Civil Engineering and Reader in Concrete Technology at the University of Dundee, Scotland | Keynote - Plenary | 2003 |
| McCarthy, Gregory J. | Coal combustion by-product diagenesis II | Durability Issues/Ettringite | 1999 |
| McCarthy, Michael J. | Assessing Pozzolanic Reactivity of Recovered Stockpile Fly Ash for Use in Concrete | Cement and Concrete V | 2019 |
| McCarthy, Michael J. | Exploring Options for Using Wet-Stored Stockpile Fly Ash in Concrete | Cement & Concrete VI | 2015 |
| McCarthy, Michael J. | Evaluating Test Methods for Rapidly Assessing Fly Ash Reactivity for Use in Concrete | Cement & Concrete III | 2013 |
| McCarthy, Michael J. | Clay-Lime Stabilization: Characterizing Fly Ash Effects in Minimizing the Risk of Sulfate Heave | Environment VIII | 2011 |
| McCarthy, Michael J. | Fly Ash Route to Low Embodied CO2 and Implications for Concrete Construction | Cement and Concrete VII | 2011 |
| McCarthy, Michael J. | Experiences of Processing Fly Ashes Recovered from United Kingdom Stockpiles and Lagoons, Their Characteristics and Potential End Uses | Beneficiation/Handling I | 2009 |
| McCarthy, Michael J. | Role of Fly Ash in the Mitigation of Swelling in Lime Stabilised Sulfate-Bearing Soils | Aggregates/Geotechnology IV | 2009 |
| McCarthy, Michael J. | Moving Fly Ash Utilisation in Concrete Forward: A UK Perspective presented by Dr. M. R. Jones, Head of the Division of Civil Engineering and Reader in Concrete Technology at the University of Dundee, Scotland | Keynote - Plenary | 2003 |
| McChesney, Dan | Erodibility of a Sodic Soil Amended with FGD Gypsum | Posters | 2011 |
| McClung, Nicolas | Intelligent Testing Analytics and Validated Compaction Monitoring for Gypsum Landfill | Landfill and Pond Issues X | 2019 |
| McClung, Nicolas | Lessons Learned from Implementing Advanced Compaction Monitoring at TVA’s CCR Landfills | Landfill and Pond Issues II | 2019 |
| McClung, Nicolas | The Benefits of Instrumentation and Monitoring for Coal Combustion Residual Facilities Closed- In-Place | CCP Storage and Management IV | 2019 |
| McClung, Nicolas | In Situ Characterization of Beneficial Enhanced Engineered Fill at TVA’s Gallatin Ash Stacking Facility | Landfill I | 2017 |
| McClung, Nicolas | Assessment of New QC/QA Compaction Monitoring Program at TVA’s Coal Combustion Product Stacking Facilities: A Case Study | Waste Management IX | 2015 |
| McClung, Nicolas | Effects of Micromorphology and Chemical Composition on Densification of CCPs | Waste Management V | 2015 |
| McClung, Nicolas | Instrumentation Computer Based Training | Waste Management III | 2015 |
| McClung, Nicolas | Large Scale Box Tests for Calibration of Fly Ash and Gypsum Performance Properties | Waste Management III | 2015 |
| McCosby, Jennifer | Instrumentation and Monitoring Program TVA Coal Combustion By-Product Storage Facilities | Ponds III | 2013 |
| McCracken, Mary (Kitty) K. | Effects of the Kingston Ash Release on Fish Reproduction and Larval Fish | Kingston I - Ecological Investigations | 2013 |
| McCracken, Steve | Progress Update -- TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| McDaniels, Todd | Designing Stormwater Management Systems & Constructability Issues Associated with Active Ash Pond Closures | Ponds V | 2015 |
| McDaniels, Todd | Integrated CCR Pond/Impoundment Closures: “Big Picture & the How To’s” with Case Studies | Ponds I | 2015 |
| McDaniels, Todd | Managing an Active Ash Pond During Dry Ash Conversion and Pond Closure | Ponds IV | 2015 |
| McDaniels, Todd | Planning & Scheduling for CCR Compliance while Maintaining Facility Operations & Day to Day Compliance Requirements | Regulations II | 2015 |
| McDaniels, Todd | "Finding Redemption" - Ash Pond Closures in Light of Proposed Federal CCR Rules | Environment IV | 2011 |
| McDonald, Mike | Compressive Strength of Chemically and Mechanically Activated Aluminosilicate systems | Posters | 2015 |
| McDonald, Shane | Understanding Uncertainty in Groundwater Modeling to Assess Impacts to Groundwater from a CCR Fill | Groundwater and Environment VIII | 2019 |
| McFadyen, Paul | Non-Traditional Approaches for Management of Ash and Transport Water from Down Under | International Perspectives II | 2019 |
| McGrath, Angus | Boron Treatment Alternatives for CCR Porewater, Leachate and Groundwater | Groundwater and Environment XIII | 2019 |
| Mcintyre, Dustin | Profiling rare earth elements in Power River Basin sub-bituminous coal ash using laser-induced breakdown spectroscopy (LIBS) | Posters | 2015 |
| McKenzie, George | Two Bottom Ash Management/Handling System Enhancement Case Studies – From Technology Evaluation and Design through Construction and Performance Verification | CCP Storage and Management I | 2019 |
| McMahon, William J | Solution for Coal Ash | Emerging Technologies I | 2019 |
| McNamara, Jim | Evaluation of an Engineered Fill Using Recycled Coal Combustion Products | Utilization IV | 2015 |
| McNeilly, Meghan S. | Potential for Metal Leaching and Toxicity from Fly Ash Applied for Increasing Carbon Sequestration in Soil | Agriculture 4 | 2005 |
| Means, Nicholas | The Reactivity of Coal Char in Chemical Looping Gasification and combustion | Oxy Combustion I | 2015 |
| Medinaceli, Alejandro | Synthesis of zeolites from fly ash in a pilot plant scale: examples of potential environmental applications | Chemistry and Mineralogy | 1999 |
| Meeker, Gregory P. | Mode of Occurrence of Arsenic in Feed Coal and its Derivative Fly Ash, Black Warrior Basin, Alabama | Chemistry and Mineralogy I | 2001 |
| Mehler, W. Tyler | Ecological Effects of Coal Combustion Products (CCPs): A Literature Review of Observed Effects and Considerations for Managing Risks | Chemistry IV - Toxicity | 2013 |
| Mehta, Arun | Ozonation for the Chemical Modification of Carbon Surfaces in Fly Ash | New Products II | 2001 |
| Meidl, Robert J. | Demonstration Project: Roller Compacted Concrete Pavement with High Volumes of Harvested Coal Ash | Cement and Concrete VIII | 2019 |
| Meidl, Robert J. | Effect of Spray Dryer Absorber (SDA) Ash on the Performance of Warm Mix Asphalt (WMA) | Cement and Concrete V | 2017 |
| Meier, Dana G. | Evaluation of CCP Leachate Interactions with Mine Overburden | Mining/Reclamation II | 2009 |
| Meij, Rudolf | Environmental and health aspects of ashes produced at co-combustion of biomass | Environmental IV | 2007 |
| Meij, Rudolf | Coal Fly Ash Management in Europe: Trends, Regulations and Health & Safety Aspects | Keynote - Plenary | 2001 |
| Meij, Rudolf | Field Leaching of Bricks and Concrete Containing Coal Fly Ash | Construction Products III | 2001 |
| Meij, Rudolf | Health Aspects of Coal Fly Ash | Keynote - Plenary | 2001 |
| Mejeoumov, Gleb G. | Sampling, Characterization, and Beneficiation of Stockpiled Fluidized Bed Coal Ash in Road Base Course Application | Aggregates/Geotechnology I | 2009 |
| Melick, Todd A. | On-Line Carbon in Ash System at PPL Montour for Increasing Ash Sales | Carbon I | 2013 |
| Melick, Todd A. | Real-Time Monitoring of Unburned Carbon on Utility Fly Ash | UBC - Predictive Performance Tools | 2005 |
| Menendez, Rosa | Multicomponent Utilization of Fly Ash: Dream or Reality | Beneficiation I | 2001 |
| Menghini, Michael J. | Beneficial Use of FBC Coal Ash for Mine Reclamation in the Anthracite Region at the Wheelabrator Frackville and Mount Carmel Co-Gen Sites | OSM Interactive Forum Session 1 | 2005 |
| Menghini, Michael J. | Coal Ash Beneficial Use at Mine Sites in Pennsylvania | OSM Interactive Forum Session 3 | 2005 |
| Menghini, Michael J. | Diagenesis of FBC Ash in an Acidic Pit Lake | OSM Interactive Forum Session 1 | 2005 |
| Menghini, Michael J. | The Use of Leachate Data and other Factors in Evaluating CCB’s for Placement at Coal Mine Sites in Pennsylvania | OSM Interactive Forum Session 2 | 2005 |
| Menkara, Hisham | Fly ash Adsorption Capacity as Measured by Spectroscopy Techniques | Cement and Concrete V | 2019 |
| Menninger, John | Improving Risk Assessments for Coal Combustion Residual Impoundment Dikles and Dams | Ponds & Landfills II | 2013 |
| Mensah-Biney, Robert | Production of Geopolymer Binder from Coal Fly Ash to Make Cement-less Concrete | Cement & Concrete III | 2015 |
| Mensah-Biney, Robert | An Integrated Approach to Processing of Coal Combustion Ash and Organic Bio-solids | Environmental III | 2007 |
| Meyer, Paul Wells | Spheroidal beads from boiler slag and fly ash | New Products | 1999 |
| Miao, Yuan-chao | Technology Research and Application on Using FGD Gypsum to Prepare a High-Strength Gypsum | China Delegation I | 2015 |
| Michael, Laura J. | Reclaiming Western Maryland Abandoned Mines Using Coal Combustion By-Products | Posters | 2009 |
| Mickle, Chris | Maximizing the Value of Information Management for the Implementation of CCR Data Management Strategies | Groundwater and Environment X | 2019 |
| Miesfeldt, Mark | Summary of the EPA’s Leaching Environmental Assessment Framework (LEAF) and the Implications for Coal Ash Impoundments and Beneficial Use in Mine Reclamation | Posters | 2011 |
| Milla, Jose | Evaluating the Feasibility of Reclaimed Landfilled Class C Fly Ash for Concrete Applications | Cement and Concrete VI | 2019 |
| Millard, Steve G. | Strength Development of Concrete Containing Coal Fly Ash under Different Curing Temperature Conditions | Posters | 2009 |
| Miller, Bill | Surface complexation model use and sorptive capacity evaluations for inorganic constituents from coal combustion residuals to guide monitored natural attenuation assessment | Chemistry II | 2017 |
| Miller, Charles E. | Development of Wood-Substitute Composites from FGD Sulfite-Rich Scrubber Material and Waste Plastic Bottles While Taming Potential Mercury Reemission | New Products I | 2009 |
| Miller, Evelyn Cheri | Radon Emissions from a High Volume Coal Fly Ash Structural Fill Site | Environmental Benefits II | 2001 |
| Miller, F. M. | Commercial Demonstration of High-Carbon Fly Ash Technology in Cement Manufacturing | Concrete 1 | 2003 |
| Miller, F. M. | Conversion of Coal Prep-Wastes into Portland Cements | Novel Applications 1 | 2003 |
| Miller, Gregory P. | Monitored Natural Attenuation: A Remediation Strategy for Groundwater Impacted by Coal Combustion Product Leachate | Environment VII | 2011 |
| Miller, Jacob | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Miller, Josha | Dynamic Liquefaction of Ponded Fly Ash | CCP Storage and Management V | 2019 |
| Miller, Matthew | Top 10 Mistakes in Environmental Data Management | Posters | 2019 |
| Miller, Matthew | Why Data Needs Management: Why Software Isn’t Enough | Regulatory Issues III | 2019 |
| Miller, William P. | Turfgrass Growth in Acid Soil Treated by Flue Gas Desulfurization (FGD) Gypsum or Traditional Calcium Amendments | Agriculture I | 2009 |
| Mingelgrin, Uri | Cost-Benefit Analysis of the Agricultural Use of Coal Ash-Methodological considerations | Agriculture I | 2015 |
| Minkara, Rafic Y. | Evaluating the Feasibility of Reclaimed Landfilled Class C Fly Ash for Concrete Applications | Cement and Concrete VI | 2019 |
| Minkara, Rafic Y. | Evaluating Metals Sequestration in Ash by Powdered Activated Carbon | Chemical Classification I | 2017 |
| Minkara, Rafic Y. | A Novel Method for Determining the Adsorption Capacity of Carbon Containing Fly Ash | Cement & Concrete V | 2015 |
| Minkara, Rafic Y. | Evaluating Impacts on Ash Quality of Powdered Activated Carbon for Mercury Control | Chemistry IV | 2015 |
| Minkara, Rafic Y. | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Minkara, Rafic Y. | RestoreAir Sensor - A Novel Method for Determining the Adsorptive Capacity of Carbon Containing Fly Ash | Cement & Concrete II | 2015 |
| Minkara, Rafic Y. | Treatment and Disposal Alternatives for Flue Gas Desulfurization Brines from Power Plants | FGD I | 2015 |
| Minkara, Rafic Y. | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial | Cement and Concrete VII | 2007 |
| Misheer, Natasha | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Mishra, Manoj K. | Evaluation of Flow Characteristics of Fly Ash Slurry at 40% Solid Concentration with and without an Additive | Beneficiation IV | 2011 |
| Mishra, Manoj K. | Rheological Characteristics of Fly Ash Slurry at Varying Temperature Environment with and without an Additive | Beneficiation/Handling I | 2009 |
| Mishra, Suren K. | Evaluation of Manufactured Fluidized Bed Combustion Ash Aggregate as Road Base Course Materials | Aggregates III | 2011 |
| Mishra, Suren K. | Sampling, Characterization, and Beneficiation of Stockpiled Fluidized Bed Coal Ash in Road Base Course Application | Aggregates/Geotechnology I | 2009 |
| Mishra, Suren K. | Base Stabilization and Dust Control Using Calcium Chloride and Fly Ash | Bulk 3 | 2003 |
| Mishulovich, Alex | Ceramic Tiles from High-Carbon Fly Ash | Novel Applications 1 | 2003 |
| Misra, Anil | Resilient Moduli and Structural Layer Coefficient of Flyash Stabilized Recycled Asphalt Base | Aggregates/Geotechnology I | 2007 |
| Misra, Anil | Full-Depth Cold In-Place Recycling of Asphalt Pavements Using Self-Cementing Fly Ash: Field and Laboratory Study | Cement and Concrete 2 | 2005 |
| Misra, Anil | Utilization of Silo Stored and Ponded Class C Fly Ash in Road Bases | Novel Applications 1 | 2003 |
| Mitchek, Micala | Evaluating Metals Sequestration in Ash by Powdered Activated Carbon | Chemical Classification I | 2017 |
| Mittra, B. N. | Influence of Industrial Solid Wastes on Soil-Plant Interactions in Rice under Acid Lateritic Soil | Agriculture I | 2009 |
| Mittra, B. N. | Fly Ash – a Potential Source of Soil Amendment and a Component of Integrated Plant Nutrient Supply System | Environment 1 | 2003 |
| Mlambo, T. K. | The Injection of Fly Ash Slurries in Deep Geological Reservoirs for Improved Reservoir Integrity and Safe CO2 Sequestration | Posters | 2011 |
| Mobasher, Barzin | Modeling of Sulfate Resistance of Flyash Blended Cement Concrete Materials | Cement and Concrete I | 2007 |
| Moghtaderi, Behdad | A Deposition Study on a Membrane Integrated Chemical Looping Air Separation Unit | Oxy Combustion I | 2015 |
| Mohammad, Nishil | Analytical Determination of REEs in Coal Fly Ash and its Application in Two REE Recovery Processes: Aqueous Leaching and Plasma Arc Gasification | Rare Earth Elements I | 2019 |
| Mohebbi, Mina | Fluidized Bed Combustion Fly Ash Leaching: A Column Study | Chemistry II | 2019 |
| Mohebbi, Mina | Reliability of Loss on Ignition (LOI) Test for Determining the Unburned Carbon Content in Fly Ash | Cement & Concrete II | 2015 |
| Mohebbi, Mina | Reactive Transport Modeling of FGD Gypsum Bed to Simulate Time Dependent Dissolution, Porosity Evolution, and Leachate Composition | Posters | 2013 |
| Montes, Carlos | Design, Fabrication and Testing of a Full-Scale Geopolymer Concrete Median Barrier | Cement & Concrete V | 2013 |
| Montes, Carlos | Statistical Software to improve the accuracy of geopolymer concrete mix design and proportioning | Cement & Concrete VI | 2013 |
| Montes, Carlos | Evaluation of Class ‘C’ and Class ‘F’ Fly Ash as Precursors for a Corrosion Resistant Geopolymer Coating | New Products III | 2009 |
| Montgomery, John S. | TVA CCR Disposal Facility Assessment | Ponds II | 2011 |
| Mooketsi, Olebogeng Ishmael | Leachate Characteristics of Ash Residues from a Laboratory-Scale Brine Encapsulation Simulation Process | Chemistry & Mineralogy I | 2007 |
| Moon, Steven T. | Regulatory and Legal Applications: Fly Ash Use in Cement and Cementitious Products | Regulations III | 2013 |
| Morales, Miguel | New LOI Monitor for Maximizing Accuracy and Reliability Using Calcination Techniques | Environment V | 2011 |
| Moran, Tony | In Situ Solidification and Stabilization of Coal Combustion Residuals: Potential Applications and Cost Analysis | Disposal III | 2017 |
| Moreira, Karen | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Moreno, Natalia | Scrubbing Hazardous Wastes of the Spanish Phosphate Industry and Used Tires Ash via Coal Fly Ash and Incorporation of the Product in Concrete for Civil Engineering Purposes | Cement and Concrete V | 2017 |
| Moreno, Natalia | Geochemical and Mineralogical characteristics of Coal Combustion Byproducts Generated from Al-Ga-Li-rich coal in Inner Mongolia | Chemistry III | 2015 |
| Moreno, Natalia | Synthesis of K-zeolites from fly ash for the ammonium and phosphorous uptake from urban waste water treatment plants | Utilization III | 2015 |
| Moreno, Natalia | Removal of Selenium from FGD water streams by a nonconventional adsorbent by-product | FGD I | 2013 |
| Moreno, Natalia | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Moreno, Natalia | Differential Behavior of Combustion and Gasification Fly Ash from Puertollano Power Plants (Spain) for Zeolite Synthesis and Silica Extraction | New Products 2 | 2005 |
| Moreno, Natalia | Application of Zeolitized Coal Fly Ashes to the Depuration of Liquid Wastes | Environment 4 | 2003 |
| Moreno, Natalia | Determination of the Available Si and Al from Coal Fly Ashes under Alkaline Conditions with the Aim of Synthesizing Zeolite Products | New Products I | 2001 |
| Moreno, Natalia | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Moreno, Natalia | Immobilization of Heavy Metals in Polluted Soils by the Addition of Zeolitic Material Synthesized from Coal Fly Ash. | Environmental Benefits I | 2001 |
| Morgan, Raymond P. | Coal Combustion Byproduct Utilization in Western Maryland Strip Mines | Reclamation II | 2015 |
| Morrison, Anthony L. | Future Ash Availability – Potential Consequences of Transformation of Australia’s Energy Generation Portfolio to 2050 | Policy 4 | 2005 |
| Moseley, James L. | Greatest Challenges for CCP Management and What To Do About Each | Regulations III | 2013 |
| Motl, Lindsay | How to Minimize CCR Landfill Leachate and Contact Water Management | Groundwater and Environment XI | 2019 |
| Motl, Lindsay | Working Through Location Restrictions to Expand the Ottumwa Midland Landfill | Landfill IV | 2017 |
| Moutsatsou, Angeliki | Electrochemical Behaviour of Aluminum - Fly Ash Composites Produced by Powder Metallurgy Technique | Posters | 2011 |
| Moutsatsou, Angeliki | Incorporation of High-Ca Fly Ash Particles into A356 Al by Stir Casting Technique and Characterization of the Fabricated Composites | New Products V | 2011 |
| Moutsatsou, Angeliki | Pressure Infiltration Technique for the Synthesis of A356 Al/fly Ash Composites: Microstructure and Tribological Performance | New Products IV | 2011 |
| Moutsatsou, Angeliki | Characterization of CFB-Coal Fly Ash Zeolitic Materials and Their Potential Use in Wastewater Treatment | New Products III | 2009 |
| Moutsatsou, Angeliki | Standardization Aspects Concerning High Calcium Fly Ashes | Cement and Concrete II | 2009 |
| Moutsatsou, Angeliki | Synthesis of Aluminum-Based Metal Matrix Composites (MMCs) with Lignite Fly Ash as Reinforcement Material | New Products I | 2009 |
| Moyeda, David K. | Combustion Tuning Systems for Control of Unburned Carbon | UBC - Control Measures (Case Studies) | 2005 |
| Mudaly, Leushantha | The use of class F fly ash in reclaiming the agricultural potential of surface coal mine cover soils | Agriculture I | 2013 |
| Muehlfield, Timothy | Groundwater Forensics to Evaluate Molybdenum Concentrations Near a CCR Landfill | Chemistry II | 2015 |
| Muller, Edward | CCR Alternative Source Evaluation Process for Aquifers at an Electric Power Facility Using ?D,?18O, ?11B, ?34S, 87Sr/86Sr and Chemical Composition | Groundwater and Environment X | 2019 |
| Muller, Isabelle | A Performance-based Fly Ash Classification System Using Glassy Particle Chemical Composition Data | Cement and Concrete III | 2011 |
| Muller, Isabelle | Characterization of Glassy Phases in Fly Ash by Particle SEM | Chemistry/Mineralogy II | 2009 |
| Muller, Isabelle | Application of Glass Corrosion Tests to the Reactivity of Fly Ash | Chemistry & Mineralogy III | 2007 |
| Mullins, James D. | Widows Creek CCR Facility Closures Lessons Learned | Project-Specific Case Studies III | 2019 |
| Mullins, James D. | Closing Up Shop at the Watts Bar Fossil Plant Lessons in Coal Ash Pond Closure | Ponds III | 2015 |
| Mullins, James D. | 100-m Hurdles: Overcoming Challenges on a Fast-Track Ash Pond Conversion and Closure Project for TVA to Meet Regulatory Deadline | Pond Closure | 2013 |
| Munish, Santosh | Demonstration of Cattle Feeding Pads using Coal Combustion Byproducts including Sulfite-rich Scrubber Sludge | Agriculture I | 2007 |
| Munoz, Alejandro | Converting IGCC Fly Ash in an Inert Landfilling Material | Posters | 2013 |
| Munoz, Alejandro | Reduction of Nickel Leachability from IGCC Slag | Chemistry II | 2013 |
| Munson-McGee, Stuart | Combined Statistical Model for the Leaching of Heavy Metals from Fly Ash Solidified/Stabilized Wastes | Environmental Benefits III | 2001 |
| Muntoni, A. | The Italian approach to the problem of fly ash | Processing | 1999 |
| Munz, Matthew | Emerging Water Management Challenges at Coal-Fired Power Stations to Address New USEPA Regulations | Groundwater and Environment II | 2017 |
| Murarka, Ishwar P. | Detection Monitoring under the USEPA CCR regulations and Statistical Evaluation of the resulting data | Waste Management III | 2015 |
| Murarka, Ishwar P. | Use of Alkaline Coal Ash for Reclamation of a Former Strip Mine | Mining and Reclamation II | 2011 |
| Murarka, Ishwar P. | Leaching of Selected Constituents from Ammoniated Fly Ash from a Coal-Fired Power Plant | Hydrology/Leaching 1 | 2003 |
| Muriithi, G. Nyambura | Carbonation of Brine Slurried Size Fractionated Coal Combustion Fly Ash | Chemistry I | 2011 |
| Murray, Brad R. | Prospects for Coal Ash in the Management of Australian Soils | Agriculture 2 | 2005 |
| Murray, Dave | Building a New Ash Repository over a Former Coal Mine | Ponds II | 2013 |
| Myszkowska, Agnieszka | Peat Consolidation with Bottom Ash - Theory and Practice | Agriculture 1 | 2005 |
| Nacu, Mihaela | Fly Ash Substrates for Complex Wastewater Treatment | Environment VII | 2011 |
| Nagataki, Shigeyoshi | Are Fly Ashes Green? | Chemistry II | 2011 |
| Nagataki, Shigeyoshi | Characterization of East Asian Fly Ash by Polarization Microscope | Posters | 2009 |
| Naik, Hrushikesh | Evaluation of Flow Characteristics of Fly Ash Slurry at 40% Solid Concentration with and without an Additive | Beneficiation IV | 2011 |
| Naik, Hrushikesh | Rheological Characteristics of Fly Ash Slurry at Varying Temperature Environment with and without an Additive | Beneficiation/Handling I | 2009 |
| Namagga, Carolyne | Optimization of Fly Ash in Concrete: High Lime Fly Ash as a Replacement for Cement and Filler Material | Cement and Concrete IV | 2009 |
| Nambu, Masateru | Characterization of East Asian Fly Ash by Polarization Microscope | Posters | 2009 |
| Nambu, Masateru | Leaching test of coal fly ash for the landfill | Ash Facility Management I | 2007 |
| Nambu, Masateru | Pozzolanic reactions between natural and artificial aggregate and the concrete matrix | Cement and Concrete IV | 2007 |
| Nan, Hongjun | The novel properties of a new inorganic water-retaining product made from coal fly ash | International Perspectives I | 2019 |
| Nanni, Bernardino P. | Steam Electric Power Generating Facilities: Meeting Future Wastewater Treatment Requirements | Environmental III | 2013 |
| NaraseGowda, Shathabish | Effect of Accerlerated Sulfate Attack in Geopolymer Concrete | Cement & Concrete III | 2013 |
| Narejo, Dhani B | An Innovative Composite Liner System for Coal Combustion Residual Containment Projects | Ponds II | 2013 |
| Nash, Kathryn | Best Practices During Closure | CCP Storage and Management II | 2019 |
| Nasi, Michael J. | State Regulation of CCPs & CCBs in Texas | OSM Interactive Forum Session 3 | 2005 |
| Natarajan, Bharat Madras | System-wide Life Cycle Benefits of Recycled Materials | Cement & Concrete VII | 2015 |
| Nath, Dilip C. D. | Correlation of Mechanical and Structural Properties of Fly ash Filled–isotactic Polypropylene Composites | New Products IV | 2009 |
| Navia, Rodrigo | Removal of Selenium from FGD water streams by a nonconventional adsorbent by-product | FGD I | 2013 |
| Nayak, K.K. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Naylor, Shawn C. | Weathering and Leaching Characteristics of a Fixated Scrubber Sludge Cap at an Abandoned Mine Site in Pike County, Indiana | Chemistry III | 2013 |
| Neathery, James K. | Technology development for carbon-ash beneficiation by pneumatic transport, triboelectric processing | Processing | 1999 |
| Neathery, James K. | Triboelectric process of combustion fly ash after carbon burnout | Processing | 1999 |
| Nel, Jacobus M. | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| Nel, Jacobus M. | Comparison Between the Geohydrological Properties of Wet and Dry Ash Disposal Sites | Beneficiation/Handling III | 2009 |
| Nel, Jacobus M. | Hydraulic and Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Nel, Jacobus M. | The Use of Geophysics to Determine Salt Capturing and Fluid Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Nelson, Brian | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial | Cement and Concrete VII | 2007 |
| Nelson, Eric | Finding Balance: How Future Use Guides Ash Pond Closure Strategies | Beneficiation and Processing II | 2019 |
| Nelson, Eric | Working Through Location Restrictions to Expand the Ottumwa Midland Landfill | Landfill IV | 2017 |
| Nelson, Peter F. | Future Ash Availability – Potential Consequences of Transformation of Australia’s Energy Generation Portfolio to 2050 | Policy 4 | 2005 |
| Nelson, Russell E. | Modeling of Constantly Evolving CCP Management Options at a Coal-fired Power Plant | Environment 1 | 2003 |
| Nelson, Sid G. | Commercial Experience with Concrete-Friendly Mercury Sorbents | Cement or Concrete I | 2009 |
| Nelson, Sid G. | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial | Cement and Concrete VII | 2007 |
| Nelson, Sid G. | Development of a New Method to Replace the Foam Index Test | Cement and Concrete II | 2007 |
| Nelson, Sid G. | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent | Mercury II | 2007 |
| Nelson, Sid G. | Flue Gas Desulfurization By-products as Lime and Sulfur Sources for Alfalfa and Soybean | Posters | 2001 |
| Neupane, Ghanashyam | Potential Use of Surfactant-Modified Zeolite for Attenuation of Trace Elements in Fly Ash Leachate | Posters | 2009 |
| Newlands, Moray | Fly Ash Route to Low Embodied CO2 and Implications for Concrete Construction | Cement and Concrete VII | 2011 |
| Neyt, Nicole | Extraction of Aluminum and other Strategic Metals from Coal Fly Ash using a Novel Process and Low-cost Recoverable Reagent | Chemistry III | 2015 |
| Nguyen, Thuc Soan | Mode of Action of Anionic Surfactants for Air Entrainment in Cement Pastes w-w/o Fly Ash | Cement or Concrete I | 2009 |
| Nickens, Anthony | Beneficiation and Utilization of Fly Ash Containing Mercury Impregnated Activated Carbon | Beneficiation/Handling II | 2009 |
| Nickeson, Thomas L. | A field evaluation of the use of FBC flyash for barnyard pavement | Construction and Evolution of CCPs | 1999 |
| Nicoleta, Popa | Zeolite Materials Obtained from Fly Ash Used for Removal of Heavy Metals and dye from Complex Wastewaters | Beneficial Use III | 2017 |
| Nidzam, R. M. | Effect of Slag and Siliceous Additions on the Performance of Stabilized Coal Waste Backfill | Aggregates/Geotechnology II | 2009 |
| Niemiec, Jonathon M | Groundwater Modeling and Settlement Analysis for Closure of the Little Blue Run CCP Disposal Area | Ponds IV | 2015 |
| Nieuwouldt, George | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Nikraz, Hamid | Performance Evaluation of Coal Ash Concrete as Building Materials in Mongolia | Cement and Concrete VII | 2009 |
| Ninomiya, Yoshihiko | Characteristics and Utilization of fly ash from coal-fired power plant in CHINA | Posters | 2015 |
| Ninomiya, Yoshihiko | Effect of Additives on Slag Properties in an Entrained Bed Gasifier | Aggregates III | 2011 |
| Nishimoto, Satoshi | Effective Reuse of Coal Ash as Civil Engineering Material | Aggregates 2 | 2005 |
| Niyogi, Ambalika | Characterization of fly ash fractions to trace the extent of pollution | Mining and Reclamation I | 2017 |
| Nkongolo, Etienne Beya | Passive treatment of acid mine drainage using South African coal fly ash, column leaching study | Posters | 2019 |
| Noble, Leslie | CCR Impoundment Dewatering Pilot Case Study | Landfill and Pond Issues III | 2019 |
| Noel, Mirando | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Noh, Sookack | Changes in Crushing and Granularity Characteristics of Bottom ash as Compaction Energy | Posters | 2013 |
| Noh, Sookack | The Creep Behavior of Bottom Ash by controlling size at Undrained condition | Posters | 2013 |
| Nolan, Jason | Surface complexation model use and sorptive capacity evaluations for inorganic constituents from coal combustion residuals to guide monitored natural attenuation assessment | Chemistry II | 2017 |
| Nolan, PJ | Benefits and Process of Completing an Integrated MNA Feasibility Study Prior to Determining Corrective Action Strategy | Groundwater and Environment XII | 2019 |
| Nolan, PJ | Developing Enhanced Monitored Natural Attenuation Strategies Using Reactive Transport Models | Groundwater and Environment I | 2019 |
| Nordman, Richard | RestoreAir Sensor - A Novel Method for Determining the Adsorptive Capacity of Carbon Containing Fly Ash | Cement & Concrete II | 2015 |
| Nordmeyer, Herbert | Water-Repellent Performance in Pozzolanic and Traditional Mortars | Cement and Concrete VI | 2007 |
| Nordwald, Michelle | Proposed CCP Disposal Regulations: Groundwater Monitoring and Recordkeeping | Environment IX | 2011 |
| Norton, Darrell | Comparison of Mined Gypsum Pellets and FGD Gypsum on Plant Productivity and Nutrient Uptake | Agriculture II | 2009 |
| Notarnicola, Michele | Characteristics of Fly Ashes and Processing Conditions Affecting Carbon-Ash Separation under Pneumatic Transport, Triboelectric Processing | UBC - Beneficiation of High-LOI Fly Ash - A.M. | 2005 |
| Notarnicola, Michele | Combustion Reactivity of Unburned Carbon in Coal Combustion Fly Ashes | UBC - Characterization of High-LOI Fly Ash | 2005 |
| Novak, Gary | Use of flue gas desulfurization by-product for mine sealing and abatement of acid mine drainage | Haulback/Remediation | 1999 |
| Nozaki, Kenji | Leaching test of coal fly ash for the landfill | Ash Facility Management I | 2007 |
| Nozaki, Kenji | Pozzolanic reactions between natural and artificial aggregate and the concrete matrix | Cement and Concrete IV | 2007 |
| Nugteren, Henk W. | Coal Fly Ash Activated by Waste Sodium Aluminate Solutions as an Immobilizer for Hazardous Waste | Beneficiation II | 2011 |
| Nugteren, Henk W. | High Strength Geopolymers from Fractionated and Pulverized Fly Ash | Cement and Concrete VIII | 2009 |
| Nugteren, Henk W. | Determination of the Available Si and Al from Coal Fly Ashes under Alkaline Conditions with the Aim of Synthesizing Zeolite Products | New Products I | 2001 |
| Nugteren, Henk W. | Improvement of environmental quality of coal fly ash by applying forced leaching | Environmental Aspects | 1999 |
| Nyamhingura, A. | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| Nyren, Rob | The Benefits of Instrumentation and Monitoring for Coal Combustion Residual Facilities Closed- In-Place | CCP Storage and Management IV | 2019 |
| Nzadi, Michael | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Oberlink, Anne | The Utilization of Dry Scrubber Material for the Production of Calcium Sulfoaluminate Clinkers and Cements | Cement and Concrete I | 2019 |
| Oberlink, Anne | Asian Ash Characteristics and Use for Portland/Calcium Sulfoaluminate Hybrid Cements | Cement and Concrete V | 2017 |
| Oberlink, Anne | Coal Ash Use Study for Duke Energy, North Carolina | Cement and Concrete VII | 2017 |
| Oberlink, Anne | Evaluation of Circulating Fluidized Bed-Dry Flue Gas Desulfurization (CFB-FGD) Byproducts in Cement Applications | Cement & Concrete V | 2015 |
| Oberlink, Anne | Fly Ash Derived Ceramic-Polyurethane Foam Composite Insulation | Utilization II | 2015 |
| Oberlink, Anne | Use of Spray Dryer Absorber Material as a Replacement for Portland Cement in Concrete | Cement & Concrete VI | 2015 |
| Oberlink, Anne | Non-Portland Cement Activation of Blast Furnace Slag | Cement and Concrete V | 2011 |
| Oberlink, Anne | NuSafe Ceramics in Polyurethane Foam Insulation | Posters | 2011 |
| Oberlink, Anne | The Utilization Potential of Anthracite CFBC Spent Bed Fly Ash as a Concrete Additive | Aggregates IV | 2011 |
| Obermeyer, Jason | Alternative Final Cover System Demonstrations and the Associated Benefits | Landfill and Pond Issues IX | 2019 |
| Obermeyer, Jason | Two Bottom Ash Management/Handling System Enhancement Case Studies – From Technology Evaluation and Design through Construction and Performance Verification | CCP Storage and Management I | 2019 |
| Ochoa-Gonzalez, Raquel | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Ochoa-Gonzalez, Raquel | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Ochsenbein, Melissa P. | Automated Foam Index Testing: A Quantitative Approach to Measure the Capacity and Dynamics During Air Entraining Agent Uptake | Cement or Concrete I | 2009 |
| Ochsenbein, Melissa P. | Development of an Automated Foam Index Test | Cement and Concrete 7 | 2005 |
| October, Adolf | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| October, Adolf | Hydraulic and Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| October, Adolf | The Use of Geophysics to Determine Salt Capturing and Fluid Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Oder, Robin R. | A New Fly Ash Separator Combining Magnetic Forces with Air Drag | Beneficiation 2 | 2003 |
| Oey, Tandre J. | Linking Fly Ash Composition to Performance in Cementitious Systems | Cement & Concrete VIII | 2015 |
| Offenberg, Matthew | Beneficial Use of CCBs to Develop an Optimal Mix for Pervious Concrete | Posters | 2011 |
| Offenberger, Stephanie | Iron-Based Strategies for In Situ Treatment of Arsenic and Metals Impacts at Coal Ash Facilities | Groundwater and Environment XII | 2019 |
| Ogundiran, Mary B. | Coal Fly Ash Activated by Waste Sodium Aluminate Solutions as an Immobilizer for Hazardous Waste | Beneficiation II | 2011 |
| Ogunmayowa, O | Reexamining the Use of Coal Fly Ash in Agriculture: Utilization as Soil Amendment in Biofuel Feedstock Production | Posters | 2015 |
| Ogunro, Vincent O. | Engineered water repellency: An evolving approach to infiltration control | Chemistry III | 2019 |
| Ogunro, Vincent O. | In-Situ Lime Stabilization of Ponded CCRs – Results of an Ongoing Laboratory Feasibility Study | Waste Management X | 2015 |
| Ogunro, Vincent O. | Sequestration of Halides from FGD Wastewater through Lime Stabilization of Fly Ash | Waste Management VII | 2015 |
| Ogunro, Vincent O. | Stabilization of FGD Wastewater Using Coal Fly
Ash & Lime | Posters | 2015 |
| Ogunro, Vincent O. | Compressive Strength and Embodied Energy Optimization of Fly Ash Based Geopolymer Cement Concrete | Cement and Concrete VIII | 2009 |
| Ogunro, Vincent O. | Effect of Hydroxyl Ion on Immobilization of Oxyanions Forming Trace Elements from Fly Ash-based Geopolymer Concrete | Cement and Concrete VIII | 2009 |
| Ohnaka, Akira | Research and Development of Coal Ash Granulated Material for Civil Engineering Applications | New Products 1 | 2005 |
| Ohta, Mikio | Research and Development of Coal Ash Granulated Material for Civil Engineering Applications | New Products 1 | 2005 |
| Ojumu, Tunde Victor | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Ojumu, Tunde Victor | Passive treatment of acid mine drainage using South African coal fly ash, column leaching study | Posters | 2019 |
| O'Keefe, Jennifer M.K. | Petrography and Bulk Chemistry of Coal Combustion By-products from Stoker Boilers: A Comparative Study Before and After Modification of an Ash Handling System | Posters | 2011 |
| O'Keefe, Jennifer M.K. | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Okujeni, C. | Mineralogy and Trace Element Partitioning in Coal Fly Ash/Acid Mine Drainage Co-Disposed Solid Residues | Environmental Management | 2005 |
| Okujeni, C. | Treatment of Acid Mine Drainage with Fly Ash: Removal of Major, Minor Elements, SO4 and Utilization of the Solid Residues for Wastewater Treatment | Posters | 2005 |
| Olivares, Joaquin | Industrial Equipment Design for the Recovery of Germanium from Coal Fly Ash Leachates by Solvent Extraction | Posters | 2011 |
| Olyphant, Greg A. | Geochemical characterization of coal-combustion byproducts and numerical simulations of their long-term effects as capping materials at coal mine reclamation sites | Reclamation I | 2015 |
| Olyphant, Greg A. | Weathering and Leaching Characteristics of a Fixated Scrubber Sludge Cap at an Abandoned Mine Site in Pike County, Indiana | Chemistry III | 2013 |
| O'Malley, Paul | An Innovative Cover System Ideally Suited to Coal Ash Impoundment Closure | Ponds VI | 2015 |
| O'Malley, Paul | Two Birds with One Stone – How an Innovative Closure Technology Can Address Coal Ash Closure Requirements and Renewable Energy Mandates | Ponds II | 2015 |
| Oreshkina, Natalia A. | High-Calcium Fly Ashes of Selective Sampling and Products of Their Aerodynamic Separation | Posters | 2011 |
| Orsenigo, Lorenzo | The Italian approach to the problem of fly ash | Processing | 1999 |
| Orzechowski, Mark L | Managing Springs Emanating from Coal Combustion Residual Disposal Impoundments | Groundwater and Environment II | 2017 |
| Osorio Lird, Alelí | Improved Performance of Soils Stabilized with FBC Ash | Aggregates/Geotechnology III | 2009 |
| Oswal, Harshad | Combined Iron Reduction and Solidification/Stabilization Process to Immobilize Heavy Metals in Concentrated Flue Gas Desulfurization Brines | Posters | 2017 |
| Ouzounidou, Anthoula | Behaviour of PC/CSA/FA Blends in Foamed Concrete | Cement & Concrete V | 2013 |
| Overholt, Arlen | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent | Mercury II | 2007 |
| Owen, Thomas D. | Beneficial Use of FBC Coal Ash for Mine Reclamation in the Anthracite Region at the Wheelabrator Frackville and Mount Carmel Co-Gen Sites | OSM Interactive Forum Session 1 | 2005 |
| Owen, Thomas D. | Coal Ash Beneficial Use at Mine Sites in Pennsylvania | OSM Interactive Forum Session 3 | 2005 |
| Oza, Shubhashini | Sequestration of Halides from FGD Wastewater through Lime Stabilization of Fly Ash | Waste Management VII | 2015 |
| Ozdemir, Orhan | Separation of Pozzolonic Material from Lignitic Fly Ash of Tuncbilek Power Station | Beneficiation I | 2001 |
| Ozlutas, Kezban | Behaviour of PC/CSA/FA Blends in Foamed Concrete | Cement & Concrete V | 2013 |
| Pagán, Ismael | Joint Industrial Byproducts Reutilization Initiative | Posters | 2007 |
| Pagano, Nicole | Development of Alternative Source Demonstrations for Groundwater Quality Exceedances at CCR Sites Using EPRI’s Guidance Document | Groundwater and Environment IV | 2019 |
| Page, Monique | Fly Ash-Carbon Effects on Concrete Air Entrainment: Fundamental Studies on Their Origin and Chemical Mitigation | Cement or Concrete I | 2009 |
| Page, Monique | Mode of Action of Anionic Surfactants for Air Entrainment in Cement Pastes w-w/o Fly Ash | Cement or Concrete I | 2009 |
| Paisley, Matthew | On-Line Carbon in Ash System at PPL Montour for Increasing Ash Sales | Carbon I | 2013 |
| Pakes Ahlman, Angela | System-wide Life Cycle Benefits of Recycled Materials | Cement & Concrete VII | 2015 |
| Pal, Amit | Performance of Several Crops Grown in Fly Ash Amended Soil | Agriculture II | 2011 |
| Palmer, Curtis A. | Characterization of Feed Coal and Coal Combustion Products in a Power Plant Utilizing Northern Appalachian Basin Coal: A Mass Balance Approach | Chemistry/Mineralogy I | 2009 |
| Palomo, Angel | "Alkaine Activation," Procedure for Transforming Fly Ash into New Materals, Part I: Applications | Chemistry I | 2011 |
| Palomo, Angel | Alkaline Activation as a Procedure for the Transformation of Fly Ash into New Materials Part II: An Assessment of Mercury Immobilization | Posters | 2011 |
| Palumbo, Anthony V. | Leaching of Mixtures of Biochar and Fly Ash | Environmental III | 2009 |
| Palumbo, Anthony V. | Potential for Metal Leaching and Toxicity from Fly Ash Applied for Increasing Carbon Sequestration in Soil | Agriculture 4 | 2005 |
| Palumbo, Anthony V. | Enhancement of Soil Carbon Sequestration by Amendment with Fly Ash | CUBs and Sustainable Development | 2003 |
| Pan, Wei-Ping | Emission and Leaching Potential of Mercury from Flue Gas Desulfurization (FGD) Byproducts Amended Soil | Agriculture II | 2009 |
| Pan, Xi | A study on the petrology and geochemistry of feed coals and their gasified residues, Ningxia Hui Autonomous Region, China | Chemistry V | 2015 |
| Pando, Miguel A. | Engineered water repellency: An evolving approach to infiltration control | Chemistry III | 2019 |
| Pando, Miguel A. | In-Situ Lime Stabilization of Ponded CCRs – Results of an Ongoing Laboratory Feasibility Study | Waste Management X | 2015 |
| Pando-x, Miguel | Evaluation of CFBC fly ash for Improvement of Soft Clays | Posters | 2007 |
| Pando-x, Miguel | Joint Industrial Byproducts Reutilization Initiative | Posters | 2007 |
| Pando-x, Miguel | Utilization of Coal Combustion Byproducts as Capping Amendments for Heavy Metals Sequestration | Posters | 2007 |
| Pankova, Marina V. | Fly Ash Cenospheres: Composition, Morphology, Structure, and Helium Permeability | New Products V | 2011 |
| Panopoulos, Kyriakos D. | Influence of Coal Geochemistry on the Leaching of Lignite-fired By-products | Chemistry II | 2011 |
| Panzino, Paula C | An Approach to Using Geochemical Analysis to Evaluate the Potential Presence of Coal Ash Constituents in Drinking Water | Chemistry II | 2017 |
| Papanikolaou, Dimitra | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass | Posters | 2007 |
| Papanikolaou, Dimitra | Greek fly ash as a cement replacement in the production of paving blocks | Cement and Concrete III | 2007 |
| Papayianni - x, Ioanna | Greek fly ash as a cement replacement in the production of paving blocks | Cement and Concrete III | 2007 |
| Papayianni, Ioanna | Development of Self Compacting Concrete (SCC) by Using High Volume of Calcareous Fly Ash | Cement and Concrete II | 2011 |
| Papayianni, Ioanna | An Investigation of the Behaviour of Raw Calcareous Fly Ash in Mortar Mixtures | Cement and Concrete II | 2009 |
| Papayianni, Ioanna | Standardization Aspects Concerning High Calcium Fly Ashes | Cement and Concrete II | 2009 |
| Pappu, Asokan | Recent Advances on Coal Ash Particulates’ Fortified Glossy Finish Polymer Composites | Posters | 2015 |
| Parapar, Jose Francisco Vale | Study on the Immobilization of Cr (VI) and Cr (III) in Geopolymers Based on Coal Combustion Fly Ash | Posters | 2011 |
| Parapar, Jose Francisco Vale | Application of Zeolitized Coal Fly Ashes to the Depuration of Liquid Wastes | Environment 4 | 2003 |
| Parapar, Jose Francisco Vale | Influence of the Type of Ash on the Insulating Capacity of Fly Ash Mortars Used for Passive Protection against Fire | Posters | 2003 |
| Parapar, Jose Francisco Vale | Production of Plates Based on Coal Fly Ash for Their Use as Insulating Materials in Doors and Fire Break Walls | New Products I | 2001 |
| Parapar, Jose Francisco Vale | Use of Coal Fly Ash in a Sprayed Mortar for the Passive Protection against Fire of Metallic Structures | Posters | 2001 |
| Park, Cheol-Woo | Synthesis of Coal Bottom Ash (CBA)-based Geopolymer with Microwave Energy Appended to Conventional Dry-Oven Curing process | Posters | 2019 |
| Park, Dae-Wook | Trench Backfill Material Using Plant Coal Ash | Posters | 2017 |
| Park, David | Evaluating Metals Sequestration in Ash by Powdered Activated Carbon | Chemical Classification I | 2017 |
| Park, Jaesung | Changes in Crushing and Granularity Characteristics of Bottom ash as Compaction Energy | Posters | 2013 |
| Park, Jaesung | Evaluation of Heavy Metal Contamination and Geochemical Characteristics of CCPs in Korea | Posters | 2013 |
| Park, Jaesung | The Creep Behavior of Bottom Ash by controlling size at Undrained condition | Posters | 2013 |
| Park, Jooyoung | The Evolution of Waste: In Case of Coal Combustion By-products (CCBs) in the U.S. | Posters | 2011 |
| Park, Jun-Seong | Synthesis of Coal Bottom Ash (CBA)-based Geopolymer with Microwave Energy Appended to Conventional Dry-Oven Curing process | Posters | 2019 |
| Parks, Nick | Hybrid Geotextile Design for CCP Materials in Landfill Drainage and Closure Systems | Waste Management V | 2015 |
| Pasini, Rachel | FGD By-Product Utilization at Ohio Coal Mine Sites: Leaching Studies and Life Cycle Assessment | Mining and Reclamation II | 2011 |
| Pasternak, Kevin | Groundwater Evaluation for Ash Ponds at a Coal Fired Power Plant in Texas | Environmental I | 2013 |
| Patel, Dan | Chemical Fixation of Trace Elements in Coal Fly Ash | Chemistry & Mineralogy II | 2007 |
| Patel, Kailash P | Effect of coal fly ash on somatic chromosomes of Cajanus cajan L. | Posters | 2015 |
| Patel, Nilay | Hybrid Geotextile Design for CCP Materials in Landfill Drainage and Closure Systems | Waste Management V | 2015 |
| Patel, Parimal | Effect of coal fly ash on somatic chromosomes of Cajanus cajan L. | Posters | 2015 |
| Patel, Raj | Utilization of Recovered Materials for High Quality Cements and Products | Cement and Concrete V | 2009 |
| Patel, Sachin | Resilient Moduli and Structural Layer Coefficient of Flyash Stabilized Recycled Asphalt Base | Aggregates/Geotechnology I | 2007 |
| Patel, Vinod | Commercialization of Fired Paving Bricks with Class F Fly Ash from Illinois Basin Coals | Posters | 2005 |
| Patwardhan, Amit | Demonstration of Cattle Feeding Pads using Coal Combustion Byproducts including Sulfite-rich Scrubber Sludge | Agriculture I | 2007 |
| Patwardhan, Amit | Demonstration of CFB Ash as a Cement Substitute in Concrete Pier Foundations for a Photo-Voltaic Power System at SIUC | CCT Products I | 2007 |
| Pavlenko, Stanislav I. | New Composite Binder From Secondary Mineral Resources | New Products 3 | 2005 |
| Pavlish, John H. | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal | LOI/Beneficiation/Handling I | 2007 |
| Pavlish, John H. | Mercury release from coal combustion by-products to the environment | Mercury/Health Aspects of Fly Ash | 1999 |
| Paymooni, Khadijeh | A Deposition Study on a Membrane Integrated Chemical Looping Air Separation Unit | Oxy Combustion I | 2015 |
| Payne, Harry | Use of flue gas desulfurization by-product for mine sealing and abatement of acid mine drainage | Haulback/Remediation | 1999 |
| Payne, Roy | Combustion Tuning Systems for Control of Unburned Carbon | UBC - Control Measures (Case Studies) | 2005 |
| Pease, R Eric | Geotechnical Properties of FGD Scrubber Material | FGD III | 2017 |
| Pekney, Natalie | Measurement of mercury flux from coal utilization by-products with a laboratory flux chamber | Posters | 2007 |
| Pelly, Ithamar | Synergetic Effect of Coal Flyash as a Scrubber to Acidic Wastes of the Phosphate Fertilizers Industry | Novel Applications 3 | 2003 |
| Pena, Francisco Garcia | Differential Behavior of Combustion and Gasification Fly Ash from Puertollano Power Plants (Spain) for Zeolite Synthesis and Silica Extraction | New Products 2 | 2005 |
| Pena, Francisco Garcia | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Pena, Mary L. | Removal of Dyes from Aqueous Solution by Sorption with Coal Fly Ash | Posters | 2003 |
| Pepple, Mark A. | Plant Growth in Sandy Soil/Compost Mixture and Commercial Peat Moss both Amended with Illinois Coal Fly Ash | Posters | 2005 |
| Peppler, Rex A. | Sensor-Enabled Geosynthetics: Monitoring Stability and Leak Detection in Earthen Construction | Pond Liners | 2013 |
| Perdikatsis, Vassileios | Mineralogy and Geochemistry of Greek and Chinese Coal Fly Ash: Research for Potential Applications | Chemistry 5 | 2005 |
| Perera, Kanishka | Mechanically Stabilized Walls Utilizing CCPs to Create Valuable Airspace | Waste Management I | 2015 |
| Peretti, Roberto | Heavy Metal Immobilization Using Fly Ash in Soils Contaminated by Mine Activity | Mining I | 2001 |
| Peretti, Roberto | The Italian approach to the problem of fly ash | Processing | 1999 |
| Pérez Camacho, Natividad | Recovery of Germanium from Coal Fly Ash Leachate by Precipitation | Posters | 2009 |
| Pernitsky, David | Boron Treatment Alternatives for CCR Porewater, Leachate and Groundwater | Groundwater and Environment XIII | 2019 |
| Perrone, Roger S. | Evaluation of Processed Bottom Ash for Use as Lightweight Aggregate in the Production of Concrete Masonry Units | Aggregates 1 | 2005 |
| Perrotta, Nick | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| Perrotta, Nick | Operations and Maintenance Guidelines for Coal Ash Landfills - Coal Ash Landfills are NOT the Same as Subtitle D Solid Waste Landfills | Aggregates I | 2011 |
| Perrotta, Nick | Practical Considerations for the Management and Closure of Wet Coal Ash Pond Systems | Mining and Reclamation I | 2011 |
| Perry, A. Elizabeth | Potential Effect of Proposed Coal Combustion Residuals Regulation and Alternative Leach Testing on Beneficial Reuse | Environment II | 2011 |
| Perry, A. Elizabeth | PAHs and Dioxins Not Present in Fly Ash at Levels of Concern | Posters | 2009 |
| Perry, Anita | Extensive Real Time Monitoring of Ash Response to Construction-Induced Activity | Geotech II | 2019 |
| Perry, James T. | How Will U.S. EPA’s Final CCR Rule Impact Past, Current, and Future Disposal Operations? | Regulations I | 2015 |
| Peters, Stan | Class C Mixtures as Alternates to Portland-cement-based Foundation Concrete | Cement and Concrete VI | 2011 |
| Peters, Stan | Foamed Flash-Fill to Mitigate Frost Heaving of Street Repair Patches | Aggregates I | 2011 |
| Peterson, Edwin | An Aid to Fugitive Material Control in Coal Ash Applications | Beneficiation III | 2011 |
| Peterson, J. R. | Use of Coal Combustion By-Products to Reduce Soil Erosion | Environmental Benefits I | 2001 |
| Peterson, J. R. | Use of Coal Combustion By-Products to Reduce Soil Erosion | Posters | 2001 |
| Peterson, Renee B. | Coal combustion by-product diagenesis II | Durability Issues/Ettringite | 1999 |
| Peterson, Rick | Recovery of Rare Earth Elements from Coal Ash with a Recycling Acid Leach Process | Rare Earth Elements III | 2017 |
| Peterson, Thomas W. | Reactions of calcium and sodium during combustion of lignite | Chemistry and Mineralogy | 1999 |
| Petrik, Leslie F. | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Petrik, Leslie F. | Passive treatment of acid mine drainage using South African coal fly ash, column leaching study | Posters | 2019 |
| Petrik, Leslie F. | Stability of Brine Components in Co-disposed Fly Ash-Brine Solid Residue | Posters | 2015 |
| Petrik, Leslie F. | The Effect of Sulphuric Acid Concentration on the Removal of Reactive Aluminium from South African Coal Fly Ash | Posters | 2015 |
| Petrik, Leslie F. | Carbonation of Brine Slurried Size Fractionated Coal Combustion Fly Ash | Chemistry I | 2011 |
| Petrik, Leslie F. | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| Petrik, Leslie F. | Effect of Fly Ash particle size on its capacity to neutralize Acid Mine Drainage and influence on the rheological behaviour of residual solids | Mining II | 2007 |
| Petrik, Leslie F. | Development of a Co-Disposal Protocol for the Neutralization and Amelioration of Acid Mine Drainage with Fly Ash | Mine Reclamation 1 | 2005 |
| Petrik, Leslie F. | Mineralogy and Trace Element Partitioning in Coal Fly Ash/Acid Mine Drainage Co-Disposed Solid Residues | Environmental Management | 2005 |
| Petrik, Leslie F. | Treatment of Acid Mine Drainage with Fly Ash: Removal of Major, Minor Elements, SO4 and Utilization of the Solid Residues for Wastewater Treatment | Posters | 2005 |
| Petrik, Leslie F. | Utilization of South African Fly Ash to Treat Acid Coal Mine Drainage, and Production of High Quality Zeolites from the Residual Solids | Environment 3 | 2003 |
| Petropoulos, Nikos | Utilisation of Biomass Co-combustion Residues Coming from Pulverised Coal Boilers | Posters | 2005 |
| Pettigrew, Harold | Use of Fly Ash as Soil Amendment for Biofuel Feedstock Production with Concomitant Disposal of Waste Accumulations | Posters | 2013 |
| Petzrick - x, Paul | Maryland’s Research of Beneficial Uses of Coal Combustion By-Products | Posters | 2011 |
| Petzrick - x, Paul | Coal Combustion By-Product Tools and Mine Pools: Environmental and Geotechnical Engineering Comments from Maryland | Mining/Reclamation I | 2009 |
| Petzrick - x, Paul | The Use of Coal Combustion Products by Local Watershed Groups to Seal Stream Loss Zones in Karst Topography | Environmental I | 2009 |
| Petzrick - x, Paul | Use of a CCB Grout Barrier to Reduce the Formation of Acid Mine Drainage: The Siege of Acre Project, Kempton, Maryland | Environmental II | 2009 |
| Petzrick - x, Paul | Cost Optimization for Mine Void Stabilization Projects: A Deep Mine Case Study | Mining I | 2007 |
| Petzrick - x, Paul | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment | Posters | 2007 |
| Petzrick - x, Paul | Use of a CCP Grout to Reduce the Formation of Acid Mine Drainage: 10-Year Update on the Winding Ridge Project | Posters | 2007 |
| Petzrick, Paul A. | Transforming CCBs in Maryland to Enhance Beneficial Use | Beneficiation I | 2015 |
| Petzrick, Paul A. | Commercial Use of CCBs: Changes, Challenges, and Opportunities | Posters | 2013 |
| Petzrick, Paul A. | Use of a CCP Grout to Reduce the Formation of Acid Mine Drainage: An Update on the Winding Ridge Project | OSM Interactive Forum Session 1 | 2005 |
| Petzrick, Paul A. | The Use of Power Plant Combustion Products in Maryland | Mining I | 2001 |
| Petzrick, Paul A. | An evaluation of free-lime containing by-products to produce CCB grouts for use in AMD abatement | Posters | 1999 |
| Petzrick, Paul A. | The Maryland Coal Combustion By-Product/Acid Mine Drainage Partnership | Economic Development Issues | 1999 |
| Petzrick, Paul A. | The Western Maryland Coal Combustion By-Products/Acid Mine Drainage Initiative - the Winding Ridge Demonstration Project | Haulback/Remediation | 1999 |
| Pflughoeft-Hassett, Debra F. | Characteristics and Performance of Fly Ash from Sodium Sorbent Scrubbing of SO3 Emissions from Coal-Based Power Plants | FGD | 2009 |
| Pflughoeft-Hassett, Debra F. | Evaluation of CCP Leachate Interactions with Mine Overburden | Mining/Reclamation II | 2009 |
| Pflughoeft-Hassett, Debra F. | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal | LOI/Beneficiation/Handling I | 2007 |
| Pflughoeft-Hassett, Debra F. | Current Status of Spray Dryer Absorber Material Characterization and Utilization | FGD I | 2007 |
| Pflughoeft-Hassett, Debra F. | Development of a Method to Determine Microbiologically Generated Mercury Vapor and Organomercury in CCBs | Mercury II | 2007 |
| Pflughoeft-Hassett, Debra F. | National Synthesis on Regulations, Standards, and Practices Related to the Use of Coal Combustion Products | Regulations & Standards II | 2007 |
| Pflughoeft-Hassett, Debra F. | Historical Perspective of Coal Ash Marketing and Promotion in the USA | Policy 1 | 2005 |
| Pflughoeft-Hassett, Debra F. | Quantitation and Interpretation of Release of Mercury from Coal Utilization By-Products | Chemistry 2: Mercury | 2005 |
| Pflughoeft-Hassett, Debra F. | Review of State Regulations, Standards, and Practices, Related to the Use of Coal Combustion Products: Texas Review Case Study | Policy 3 | 2005 |
| Pflughoeft-Hassett, Debra F. | Leaching of CCBs: Observations from Over 25 Years of Research | Hydrology/Leaching 3 | 2003 |
| Pflughoeft-Hassett, Debra F. | Leaching of Selected Constituents from Ammoniated Fly Ash from a Coal-Fired Power Plant | Hydrology/Leaching 1 | 2003 |
| Pflughoeft-Hassett, Debra F. | Developing Beneficial Use Rules for Coal Combustion Products (CCPs) | Government Programs | 2001 |
| Pflughoeft-Hassett, Debra F. | Materials from conversion of coal for power production: practical working definitions | Construction and Evolution of CCPs | 1999 |
| Pflughoeft-Hassett, Debra F. | Mercury release from coal combustion by-products to the environment | Mercury/Health Aspects of Fly Ash | 1999 |
| Phillippart, Charles | Influence Of Curing Conditions on Geopolymer Leaching | Environmental IV | 2009 |
| Phillips - x, Benjamin | Embankment Load Tests on an Active Ash Basin | Ash Facility Management II | 2007 |
| Phillips - x, Benjamin | Evaluation of Processed Bottom Ash for Use as Lightweight Aggregate in the Production of Concrete Masonry Units | Aggregates 1 | 2005 |
| Phillips, Adrienne J | Remediation of Coal Combustion Residuals Using Microbially-Induced Calcite Precipitation | Ponds VIII | 2017 |
| Phillips, Jana R. | Leaching of Mixtures of Biochar and Fly Ash | Environmental III | 2009 |
| Phillips, Jason | Lean, Green and Mean (LGM) Concrete | Cement and Concrete III | 2009 |
| Phillips, William J | Alkali Silica Reaction Mitigation Using High Volume Class C Fly Ash | Cement & Concrete III | 2015 |
| Piccoli, Santion S. | Geosynthetic Reinforcement in Surface Impoundment Closures | Geotech II | 2017 |
| Pickelmann, Chris | Two Bottom Ash Management/Handling System Enhancement Case Studies – From Technology Evaluation and Design through Construction and Performance Verification | CCP Storage and Management I | 2019 |
| Pietraszkiewicz, W. | Fly Ash as Carrier of Catalysts in the Claus Process | New Products II | 2001 |
| Pikulin, Igor V. | Formation Processes of Hollow Microspheres in the Fly Ash from Electric Power Stations | Posters | 2005 |
| Pikulin, Igor V. | Functional Materials on the Basis of Cenospheres | Posters | 2005 |
| Pikulin, Igor V. | Technical Monitoring of Microspheres from Fly Ashes of Electric Power Stations in the Russian Federation | New Products 3 | 2005 |
| Pimenov, Vladimir G. | Functional Materials on the Basis of Cenospheres | Posters | 2005 |
| Pimraksa, Kedsarin | A New Approach to the Production of Bricks Made of 100% Fly Ash | Construction Products I | 2001 |
| Piotrowski-x, Zbigniew | The Utilization of Energy Waste in Polish Underground Coalmines | Mining/Reclamation I | 2009 |
| Plana, Feliciano | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Plana, Feliciano | Use of Bottom Ash from Municipal Solid Waste Incineration as a Road Material | Construction Products III | 2001 |
| Plana, Feliciano | Extraction of major soluble impurities from fly ash in open and closed leaching systems | Chemistry and Mineralogy | 1999 |
| Plana, Feliciano | Synthesis of zeolites from fly ash in a pilot plant scale: examples of potential environmental applications | Chemistry and Mineralogy | 1999 |
| Plana, Feliciano | Zeolitisation of coal fly ashes using microwaves. Process optimisation | Posters | 1999 |
| Plumley, Arthur L. | ASME/U.S. Bureau of Mines investigative program on vitrification of combustion ash/residue | Posters | 1999 |
| Pokorny, Jason M | Impacts of CCR Management Audits and How Utilities are Responding | Regulations I | 2015 |
| Polat, Mehmet | Synergetic Effect of Coal Flyash as a Scrubber to Acidic Wastes of the Phosphate Fertilizers Industry | Novel Applications 3 | 2003 |
| Poliakoff, Martyn | The Removal of Carbon from Fly Ash Using Supercritical Water Oxidation | Beneficiation I | 2001 |
| Poling, Christopher | Using Mercury Capture Systems with Fly Ash for Cement Manufacturing | Cement and Concrete VII | 2017 |
| Poling, Christopher | Mercury Capture Options for Coal Combustion Products | Chemistry IV | 2015 |
| Poling, Christopher | An Innovative Approach for Mercury Capture | Cement & Concrete II | 2013 |
| Pomykala, Radoslaw | The Utilization of Energy Waste in Polish Underground Coalmines | Mining/Reclamation I | 2009 |
| Popescu, Luminita | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Popescu, Luminita | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Porat, Iris | Leaching of Mixtures of Biochar and Fly Ash | Environmental III | 2009 |
| Poston, Randall W. | The Behavior of Coal Combustion Products in Structural Fills - A Case History | Construction Products I | 2001 |
| Potemkin, Grigori A. | Formation Processes of Hollow Microspheres in the Fly Ash from Electric Power Stations | Posters | 2005 |
| Potgieter, Catharina E. | Re-vegetation of Cover Soils and Coal Discard Material Ameliorated with Class F Fly Ash | Mining/Reclamation II | 2009 |
| Potgieter, Johannes Herman | Development of a Robust Quality Control Procedure to Measure Particle Size Distributions in Fly Ash | Beneficiation 1 | 2003 |
| Potgieter-Vermaak, Sanja S. | Development of a Robust Quality Control Procedure to Measure Particle Size Distributions in Fly Ash | Beneficiation 1 | 2003 |
| Powell, Michael A. | Evaluation of Pulverized Fuel Ash Mixed with Organic Matter to Act as a Manufactured Growth Medium | Posters | 2003 |
| Prasittisopin, Lapyote | Effects of Mixing and Transportation on Characteristics of Comentitious Systems Containing Fly Ash | Cement & Concrete IV | 2013 |
| Preda, Dorin V | A Low-cost Rare Earth Elements Recovery Technology | Chemistry I - Lanthandies | 2013 |
| Predeanu, Georgeta | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Predeanu, Georgeta | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Prentice, Dale | Encapsulation of thermoevaporation brines using coal combustion residuals | CCP Storage and Management VIII | 2019 |
| Prescott, Corey L. | The Maryland Coal Mine Mapping Project: Providing Access to Historic Maps for Today's Uses | Mine Reclamation 2 | 2005 |
| Pretorius, Pieter Corne | Brine-Encapsulation Bench & Field Testing Recommendations | FGD II | 2017 |
| Pretorius, Pieter Corne | Mineralogical & Geochemical Evaluation of Brine-Encapsulated Monoliths | FGD I | 2017 |
| Prinsloo, Linda C. | Extraction of Aluminum and other Strategic Metals from Coal Fly Ash using a Novel Process and Low-cost Recoverable Reagent | Chemistry III | 2015 |
| Prinsloo, Linda C. | Characterization of Coal Fly Ash Modified by Sodium Lauryl Sulphate | Posters | 2011 |
| Provencher, Marie-Eve | Characterization of Coal and Its By-products Using Borate Fusions and ICP-OES Analyses | Chemistry II | 2015 |
| Pruyne, Derek T. | Calcium silicate by-product utilization in turfgrass systems | Agriculture I | 2013 |
| Pugh, John D. | Evaluation of an Engineered Fill Using Recycled Coal Combustion Products | Utilization IV | 2015 |
| Pugh, John D. | Factors Governing Arsenic, Beryllium and Thallium Leaching from Coal Combustion Products | Chemistry/Mineralogy I | 2009 |
| Putilov - x, Viacheslav Y. | Some Aspects of Implementing Ecologically Sound Ash Removal Technologies at Reconstruction of Coal-Fired Power Plants in Russia | Ash Facility Management II | 2007 |
| Putilov, Viacheslav Ya. | Electronic Information Systems of the Open Access for Effective Solution of Both Environmental and Coal Ash Utilization Issues | Utilization II | 2013 |
| Putilov, Viacheslav Ya. | Estimation of pipelines overhaul life duration of installations for pneumatic transport of ash and coal dust of TPPs and recommendations on its increase | LOI/Beneficiation/Handling IV | 2007 |
| Putilov, Viacheslav Ya. | Modern Approach to the Problem of Utilization of Fly Ash and Bottom Ash from Power Plants in Russia | Policy 2 | 2005 |
| Putilova, Irina V. | Electronic Information Systems of the Open Access for Effective Solution of Both Environmental and Coal Ash Utilization Issues | Utilization II | 2013 |
| Putilova, Irina V. | Estimation of pipelines overhaul life duration of installations for pneumatic transport of ash and coal dust of TPPs and recommendations on its increase | LOI/Beneficiation/Handling IV | 2007 |
| Putilova, Irina V. | Some Aspects of Implementing Ecologically Sound Ash Removal Technologies at Reconstruction of Coal-Fired Power Plants in Russia | Ash Facility Management II | 2007 |
| Putilova, Irina V. | Modern Approach to the Problem of Utilization of Fly Ash and Bottom Ash from Power Plants in Russia | Policy 2 | 2005 |
| Putrich, Steven F. | Solar PV and Closed Ash Ponds - A Match made in Heaven? | CCP Storage and Management IV | 2019 |
| Putrich, Steven F. | Impacts of CCR Management Audits and How Utilities are Responding | Regulations I | 2015 |
| Putrich, Steven F. | Integrated CCR Pond/Impoundment Closures: “Big Picture & the How To’s” with Case Studies | Ponds I | 2015 |
| Putrich, Steven F. | "Finding Redemption" - Ash Pond Closures in Light of Proposed Federal CCR Rules | Environment IV | 2011 |
| Putrich, Steven F. | Integrated CCP Management - 101 and Beyond | Policy I | 2009 |
| Putrich, Steven F. | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash | Mercury III | 2007 |
| Qi, Chuan | Mineralogy and Leaching Behavior of Ash & Residue from Underground Coal Gasification | Chemistry III | 2015 |
| Qiao, Li | Is Zero Solid Waste Possible for Fly Ash Produced from any Coal-fired Power Plant? | CCP Storage and Management VI | 2019 |
| Qiao, Xiuchen C. | Extraction of Aluminum from Combustion Ash of Coal Spoil | New Products I | 2009 |
| Qiao, Xiuchen C. | Feasibility of Recovery Alumina from Coal Fly Ash | Posters | 2009 |
| Quapp, William J. | Production of Recycled Products from Coal Ash Using a Plasma Enhanced Melter™ | New Products I | 2001 |
| Quast, Konrad | SSIs and ASDs, A Piece of the Puzzle Versus the Whole Story | Groundwater and Environment IX | 2019 |
| Quattroni, G. | The Italian approach to the problem of fly ash | Processing | 1999 |
| Queen, Terry | CCR Landfill Final Cover Test Pad | Landfill and Pond Issues VII | 2019 |
| Querol, Xavier | Scrubbing Hazardous Wastes of the Spanish Phosphate Industry and Used Tires Ash via Coal Fly Ash and Incorporation of the Product in Concrete for Civil Engineering Purposes | Cement and Concrete V | 2017 |
| Querol, Xavier | Coal Ash as a Potential Scrubber for Wastes from the Quarry and Phosphate industries in Israel | Utilization III | 2015 |
| Querol, Xavier | Elemental Enrichments in Feed Coals and Combustion Residues from Tuncbilek, Seyitomer, and Orhaneli Power Plants, Turkey | Posters | 2015 |
| Querol, Xavier | Geochemical and Mineralogical characteristics of Coal Combustion Byproducts Generated from Al-Ga-Li-rich coal in Inner Mongolia | Chemistry III | 2015 |
| Querol, Xavier | Speciation and fate of mercury and oxy-fuel combustion conditions | Oxy Combustion I | 2015 |
| Querol, Xavier | Synthesis of K-zeolites from fly ash for the ammonium and phosphorous uptake from urban waste water treatment plants | Utilization III | 2015 |
| Querol, Xavier | Converting IGCC Fly Ash in an Inert Landfilling Material | Posters | 2013 |
| Querol, Xavier | Manufacturing of Fire-Resistant Panels Using FGD Gypsum and Fly Ash from Power Plants in Xinjiang, Northwest China | Utilization II | 2013 |
| Querol, Xavier | Reduction of Nickel Leachability from IGCC Slag | Chemistry II | 2013 |
| Querol, Xavier | Removal of Selenium from FGD water streams by a nonconventional adsorbent by-product | FGD I | 2013 |
| Querol, Xavier | Co-Gasification of Biomass: Effect on the Fate of Trace Elements | Chemistry II | 2011 |
| Querol, Xavier | Enrichment and Speciation of Elements in Re-circulated Waters from Desulphurisation at Two Spanish Power Plants | Chemistry IV | 2011 |
| Querol, Xavier | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Querol, Xavier | Influence of Coal Geochemistry on the Leaching of Lignite-fired By-products | Chemistry II | 2011 |
| Querol, Xavier | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Querol, Xavier | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Querol, Xavier | Germanium and Gallium Extraction from Gasification Fly Ash: Optimisation for the Up-Scaling of a Recovery Process | Posters | 2009 |
| Querol, Xavier | Influence Of Curing Conditions on Geopolymer Leaching | Environmental IV | 2009 |
| Querol, Xavier | Immobilization of a metallurgical waste using fly ash-based geopolymers | Posters | 2007 |
| Querol, Xavier | Use of zeolitised fly ashes in fire resistant plates | Emerging Technology I | 2007 |
| Querol, Xavier | Comparison Between Laboratory Leaching Properties and Field Experiments of MSWI Bottom Ash Used as an Unbound Granular Material for Road Pavements | Aggregates 1 | 2005 |
| Querol, Xavier | Differential Behavior of Combustion and Gasification Fly Ash from Puertollano Power Plants (Spain) for Zeolite Synthesis and Silica Extraction | New Products 2 | 2005 |
| Querol, Xavier | Application of Zeolitized Coal Fly Ashes to the Depuration of Liquid Wastes | Environment 4 | 2003 |
| Querol, Xavier | Determination of the Available Si and Al from Coal Fly Ashes under Alkaline Conditions with the Aim of Synthesizing Zeolite Products | New Products I | 2001 |
| Querol, Xavier | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Querol, Xavier | Immobilization of Heavy Metals in Polluted Soils by the Addition of Zeolitic Material Synthesized from Coal Fly Ash. | Environmental Benefits I | 2001 |
| Querol, Xavier | Occurrence and Distribution of Valuable Metals in Fly Ash from Puertollano IGCC Power Plant, Spain | Chemistry and Mineralogy I | 2001 |
| Querol, Xavier | Use of Bottom Ash from Municipal Solid Waste Incineration as a Road Material | Construction Products III | 2001 |
| Querol, Xavier | Extraction of major soluble impurities from fly ash in open and closed leaching systems | Chemistry and Mineralogy | 1999 |
| Querol, Xavier | Synthesis of zeolites from fly ash in a pilot plant scale: examples of potential environmental applications | Chemistry and Mineralogy | 1999 |
| Querol, Xavier | Zeolitisation of coal fly ashes using microwaves. Process optimisation | Posters | 1999 |
| Quinn, Peter J. | 10 Years of Sustainability at ScotAsh | Policy I | 2009 |
| Quo, Lih-Wen | Properties of CLSM Separation Dike using Coal Ash | Posters | 2013 |
| Raad, May | Grounded in Groundwater Statistics | Groundwater and Environment VI | 2019 |
| Raad, May | Determination of Statistically Significant Increases over Background Concentration Levels | Disposal I | 2017 |
| Rabchevskii, Evgenii V. | Ferrospheres from Fly Ashes: Composition and Catalytic Properties in High-Temperature Oxidation of Methane | New Products V | 2011 |
| Rafalko, Leonard G. | Transforming CCBs in Maryland to Enhance Beneficial Use | Beneficiation I | 2015 |
| Rafalko, Leonard G. | Commercial Use of CCBs: Changes, Challenges, and Opportunities | Posters | 2013 |
| Rafalko, Leonard G. | Beneficial Use of CCBs to Develop an Optimal Mix for Pervious Concrete | Posters | 2011 |
| Rafalko, Leonard G. | Maryland’s Research of Beneficial Uses of Coal Combustion By-Products | Posters | 2011 |
| Rafalko, Leonard G. | Cost Optimization for Mine Void Stabilization Projects: A Deep Mine Case Study | Mining I | 2007 |
| Rafalko, Leonard G. | Use of a CCP Grout to Reduce the Formation of Acid Mine Drainage: 10-Year Update on the Winding Ridge Project | Posters | 2007 |
| Rafalko, Leonard G. | Use of a CCP Grout to Reduce the Formation of Acid Mine Drainage: An Update on the Winding Ridge Project | OSM Interactive Forum Session 1 | 2005 |
| Rafalko, Leonard G. | An evaluation of free-lime containing by-products to produce CCB grouts for use in AMD abatement | Posters | 1999 |
| Rafalko, Leonard G. | The Western Maryland Coal Combustion By-Products/Acid Mine Drainage Initiative - the Winding Ridge Demonstration Project | Haulback/Remediation | 1999 |
| Raghavendra, Amar | Evaluating the Feasibility of Reclaimed Landfilled Class C Fly Ash for Concrete Applications | Cement and Concrete VI | 2019 |
| Rago, Richard J. | Evaluation of Inductively Coupled Plasma (ICP) False Positives for Arsenic and Trace Metals Analysis in Coal Ash and Coal Ash Media | Environment V | 2011 |
| Raja, Akanksha W. | Soil Chemistry Still Affected 23 Years After Large Application of Fluidized Bed Combustion Ash | Posters | 2009 |
| Rajabipour, Farshad | Fluidized Bed Combustion Fly Ash Leaching: A Column Study | Chemistry II | 2019 |
| Rajabipour, Farshad | Reliability of Loss on Ignition (LOI) Test for Determining the Unburned Carbon Content in Fly Ash | Cement & Concrete II | 2015 |
| Rajabipour, Farshad | Reactive Transport Modeling of FGD Gypsum Bed to Simulate Time Dependent Dissolution, Porosity Evolution, and Leachate Composition | Posters | 2013 |
| Rajterowski, Jacob | Impact of Salt on Metal Leaching from Coal Fly Ash | Waste Management VII | 2015 |
| Ramagadza, Elelwani J. | "SLASH" for flower and vegetable production in the informal sector in South Africa | Posters | 1999 |
| Ramaswami, Anu | Thermal Performance of High Volume Fly Ash Concrete During and After Curing | Cement and Concrete V | 2011 |
| Ramberg, Eric | Pollution Mitigation Using Porous Refractory Substrates Fabricated from Fly Ash | New Products II | 2011 |
| Ramme, Bruce | In-Situ Mixed Concrete with 93 % to 100% Recycled Content: We Energies “Eco-Pad” Pavement | Cement and Concrete III | 2007 |
| Ramos, Matthew J | The Strength Characteristics of Mortar Concretes Containing Synthetic Lightweight Aggregate and Calcium Carbonate | Cement and Concrete II | 2017 |
| Ramsier, Cliff | Oxidation of FGD-CaSO3 and Effect on Soil Chemical Properties When Applied to the Soil Surface | Posters | 2007 |
| Ramsier, Cliff | Increased Crop Yield and Economic Return and Improved Soil Quality Due to Land Application of FGD-Gypsum | Posters | 2005 |
| Rangaraju, Prasad | Evaluation of Coal Ash as a Supplementary Cementitious Material for Application in Full- Depth Reclamation of Asphalt Pavements. | Posters | 2019 |
| Rao, Karanam U.M. | Evaluation of Flow Characteristics of Fly Ash Slurry at 40% Solid Concentration with and without an Additive | Beneficiation IV | 2011 |
| Rao, Karanam U.M. | Rheological Characteristics of Fly Ash Slurry at Varying Temperature Environment with and without an Additive | Beneficiation/Handling I | 2009 |
| Rao, Rathin | Engineering Properties of Fly Ash-Based Lightweight Aggregrate | Cement and Concrete III | 2019 |
| Rathbone, Robert F. | Behaviour of PC/CSA/FA Blends in Foamed Concrete | Cement & Concrete V | 2013 |
| Rathbone, Robert F. | Clinkerless Cement Produced from Flue Gas Desulphurization Residues and Fly Ash | Cement and Concrete IX | 2009 |
| Rathbone, Robert F. | Fabrication and Testing of CSAB Cements in Mortar and Concrete that Utilize Circulating Fluidized Bed Combustion Byproducts | Cement and Concrete V | 2009 |
| Rathbone, Robert F. | Low-Energy, Low CO2-Emitting Cements Produced from Coal Combustion By-Products and Red Mud | Cement and Concrete IX | 2009 |
| Rathbone, Robert F. | The Sedimentation, Stratigraphy and Petrography of a Coal-Ash Pond in Carroll County, Kentucky | Posters | 2009 |
| Rathbone, Robert F. | Effects of Calcium Sulfate and Aluminum Crystal Forms on the Kinetics of Ettringite Formation | Cement and Concrete V | 2007 |
| Rathbone, Robert F. | The Fabrication of Value Added Cement Products from Circulating Fluidized Bed Combustion Ash | Cement and Concrete V | 2007 |
| Rathbone, Robert F. | Techniques for Measuring Ammonia In Fly Ash, Mortar, and Concrete | Concrete 2 | 2003 |
| Rathbone, Robert F. | Rates of Ammonia Loss from Mortar | Ammonia | 2001 |
| Rathbone, Robert F. | Thermal Characteristics of Ammonia Release from Combustion Ash | Ammonia | 2001 |
| Raucci, Jason | Encapsulation of flue-gas desulfurization wastewater using coal combustion by-product mixtures: Field lysimeter investigations | Beneficiation and Processing II | 2019 |
| Rauch, Alan F. | Monitoring Stability While Stacking Fly Ash During the Kingston Recovery Project | Project-Specific Case Studies IV | 2019 |
| Rauch, Alan F. | Geotechnical Properties of FGD Scrubber Material | FGD III | 2017 |
| Rauch, Alan F. | Centrifuge Model Test of a Sand Embankment Built on Saturated Coal Ash | Waste Management VI | 2015 |
| Rauch, Alan F. | Closure of the Failed Ash Dredge Cell at Kingston – The Engineering Challenge | Pond Closure | 2013 |
| Rauch, Alan F. | Soil-Cement Mixing in Coal Ash for Seismic Stability of the Kingston CCR Facility | Ponds I | 2011 |
| Rauch, Alan F. | Embankment Load Tests on an Active Ash Basin | Ash Facility Management II | 2007 |
| Rauen, Tammy | Proposed CCP Disposal Regulations: Groundwater Monitoring and Recordkeeping | Environment IX | 2011 |
| Ravichandran, M. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Reddy, Y. Upendar | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Redwine, James C. | Monitored Natural Attenuation for Coal Combustion Product Constituents in Groundwater | Chemistry II | 2019 |
| Redwine, James C. | Tools and Techniques for Evaluating Coal Combustion Product Constituents in the Groundwater-Surface Water Transition Zone | Groundwater and Environment VI | 2019 |
| Redwine, James C. | In Situ Solidification and Stabilization of Coal Combustion Residuals: Potential Applications and Cost Analysis | Disposal III | 2017 |
| Redwine, James C. | Factors Governing Arsenic, Beryllium and Thallium Leaching from Coal Combustion Products | Chemistry/Mineralogy I | 2009 |
| Redyushev, Sergei A. | Functional Materials on the Basis of Cenospheres | Posters | 2005 |
| Redyushev, Sergei A. | Technical Monitoring of Microspheres from Fly Ashes of Electric Power Stations in the Russian Federation | New Products 3 | 2005 |
| Reed, Thomas M | Challenges of Monitoring Groundwater at CCR Sites in Karst Terrain | Groundwater and Environment V | 2017 |
| Reeves, Gary F. | Maryland’s Research of Beneficial Uses of Coal Combustion By-Products | Posters | 2011 |
| Reeves, Gary F. | The Use of Coal Combustion Products by Local Watershed Groups to Seal Stream Loss Zones in Karst Topography | Environmental I | 2009 |
| Reeves, Gary F. | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment | Posters | 2007 |
| Reeves, Jason S. | Characterization and Estimation of Settlement of In-Place Sluiced CCP Materials Under Monotonic Loading | Ponds & Landfills II | 2013 |
| Register, Harold | Merging Regional and Site-Specific GIS Data to Develop a 3-D Site Conceptual Model for Evaluating Selenium Impacts at a CCR Facility | Waste Management X | 2015 |
| Reichert, Clay | Exposed Geomembrane Cover Systems for Coal Ash Facilities | Landfill II | 2017 |
| Reichling, John | Considerations in the Development of a Coal Combustion Products Landfil | Ponds & Landfills I | 2013 |
| Reichling, John | Comprehensive Approach for Managing Risk from CCP Storage Facilities | Environment IX | 2011 |
| Reitz, Paul H. | Locating and Permitting a CCR Landfill Adjacent to the Missouri River | Landfill and Pond Issues XII | 2019 |
| Renew, Jay | Combined Iron Reduction and Solidification/Stabilization Process to Immobilize Heavy Metals in Concentrated Flue Gas Desulfurization Brines | Posters | 2017 |
| Renew, Jay | Mass Transport Release of Heavy Metal Oxyanions from Solidified/Stabilized Co-Disposed Flue Gas Desulfurization Brine and Coal Fly Ash Monoliths | FGD II | 2017 |
| Renew, Jay | Impact of Salt on Metal Leaching from Coal Fly Ash | Waste Management VII | 2015 |
| Rethman, Norman F. G. | Re-vegetation of Cover Soils and Coal Discard Material Ameliorated with Class F Fly Ash | Mining/Reclamation II | 2009 |
| Rethman, Norman F. G. | Re-Vegetating Mine Land that Has Been Ameliorated with Alternative Soil Ameliorants | Mine Reclamation 3 | 2005 |
| Rethman, Norman F. G. | The Use of a Soil Ameliorant Based on Fly ash and Sewage Sludge | Environmental Benefits II | 2001 |
| Rethman, Norman F. G. | "SLASH" for flower and vegetable production in the informal sector in South Africa | Posters | 1999 |
| Rethman, Norman F. G. | Crop responses to SLASH (mixture of sewage sludge, lime and fly ash) as influenced by soil texture, acidity and fertility | Forest/Soil Reclamation | 1999 |
| Rethman, Norman F. G. | The manufacture and evaluation of an artificial soil (SLASH) prepared from fly ash and sewage sludge | Forest/Soil Reclamation | 1999 |
| Reyes Rodriguez, Arleen | Evaluation of CFBC fly ash for Improvement of Soft Clays | Posters | 2007 |
| Reyes, Mariano | New LOI Monitor for Maximizing Accuracy and Reliability Using Calcination Techniques | Environment V | 2011 |
| Reynolds, David | Basemap Data Collection for Ash Pond Closure Designs: Topographic and Bathymetric Challenge | Ponds V | 2015 |
| Reynolds-Clausen, Kelley A. | Demonstration of 1000 L jet loop pilot plant reactor in the treatment of acid mine water using South African coal fly ash | Project-Specific Case Studies I | 2019 |
| Reynolds-Clausen, Kelley A. | South Africa’s power producer’s revised Coal Ash Strategy and Implementation Progress | Ash Management I | 2017 |
| Reynolds-Clausen, Kelley A. | Ash Microbiology: A Molecular Study | Mining/Reclamation I | 2009 |
| Reynolds-Clausen, Kelley A. | Comparison Between the Geohydrological Properties of Wet and Dry Ash Disposal Sites | Beneficiation/Handling III | 2009 |
| Reynolds-Clausen, Kelley A. | Hydraulic and Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Reynolds-Clausen, Kelley A. | The Use of Geophysics to Determine Salt Capturing and Fluid Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Reynolds-Clausen, Kelley A. | The Use of Fly Ash for the Control and Treatment of Acid Mine Drainage | Mine Reclamation 1 | 2005 |
| Reynolds-Clausen, Kelley A. | The Use of a Soil Ameliorant Based on Fly ash and Sewage Sludge | Environmental Benefits II | 2001 |
| Reynolds-Clausen, Kelley A. | "SLASH" for flower and vegetable production in the informal sector in South Africa | Posters | 1999 |
| Reynolds-Clausen, Kelley A. | Crop responses to SLASH (mixture of sewage sludge, lime and fly ash) as influenced by soil texture, acidity and fertility | Forest/Soil Reclamation | 1999 |
| Reynolds-Clausen, Kelley A. | The manufacture and evaluation of an artificial soil (SLASH) prepared from fly ash and sewage sludge | Forest/Soil Reclamation | 1999 |
| Rhodes, Douglas S. | RestoreAir Sensor - A Novel Method for Determining the Adsorptive Capacity of Carbon Containing Fly Ash | Cement & Concrete II | 2015 |
| Rhodes, Douglas S. | Treatment and Disposal Alternatives for Flue Gas Desulfurization Brines from Power Plants | FGD I | 2015 |
| Rhoton, Fred E. | Erodibility of a Sodic Soil Amended with FGD Gypsum | Posters | 2011 |
| Ricci, Daniele | MAC® (Magaldi Ash Cooler) fully-dry bottom ash removal system for elimination of ponds | Ponds II | 2015 |
| Ricci, Daniele | Post-combustion of carbon residues from biomass / RDF co-firing during dry ash removal | Carbon I | 2013 |
| Ricci, Daniele | Transforming Bottom Ash into Fly Ash in Coal Fired Power Stations | Cement and Concrete II | 2009 |
| Rico, Silvia | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Rico, Silvia | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Ricou, P. | Influence of operating conditions on heavy metal cation removal by fly ash in aqueous solutions | Posters | 1999 |
| Ricou, P. | Removal of Cu2+ and Zn2+ in aqueous solutions by sorption onto fly ash and fly ash mixtures | Environmental Aspects | 1999 |
| Riedel, Karl-Heinz J. | Leachate Characteristics of Ash Residues from a Laboratory-Scale Brine Encapsulation Simulation Process | Chemistry & Mineralogy I | 2007 |
| Riley, Kenneth W. | Comparison of Waste from PF Utilities and Transitional Technologies using Australian Coal | Chemistry/Mineralogy III | 2009 |
| Riley, Kenneth W. | Evaluating the Interaction of Coal Ash Leachates with Rock Materials for Mine Backfill Studies | Chemistry/Mineralogy II | 2009 |
| Riley, Kenneth W. | Variations in Element Mobility from Fly Ashes Stored in Different Environments | Environmental I | 2009 |
| Riley, Michael | Utilization of Recovered Materials for High Quality Cements and Products | Cement and Concrete V | 2009 |
| Rincon, Jesus Ma. | Production of Lightweight Aggregates from Coal Gasification Fly Ash and Slag | Aggregates 2 | 2005 |
| Riotte, David | Rapid Assessment of Coal Combustion Products Utilizing Microscopy Techniques | Posters | 2011 |
| Rioult, Fabien | BASF Mercury Sorbent HX™ | Carbon I | 2013 |
| Ritchey, K. Dale | Benefits and constraints for use of FGD products on agricultural land | Forest/Soil Reclamation | 1999 |
| Ritchey, K. Dale | Renovation of acidic Appalachian soil with FGD gypsum and FBC residue: soil leachate evaluation | Posters | 1999 |
| Robb, Christopher A. | In-Situ Coal Combustion Products Impoundment Closure/Remediation Strategy | Ponds VI | 2015 |
| Robb, Christopher A. | In Situ Stabilization/Solidification (ISS) in the Power Industry and Applications for Coal Combustion Products (CCP) | Environmental II | 2013 |
| Robb, Joseph | Comparison of Groundwater Sampling Methods for Monitoring CCR Units | Groundwater and Environment III | 2017 |
| Robb, Joseph | Evaluation of Ecological Risk Associated with Groundwater Discharge of CCR-Derived Constituents to Surface Water | Waste Management IV | 2015 |
| Robb, Joseph | Vegetation Impacts of Inorganics in an Ash-Impacted Cattail Marsh | Environment IV | 2011 |
| Robbins, Bryan | Intelligent Testing Analytics and Validated Compaction Monitoring for Gypsum Landfill | Landfill and Pond Issues X | 2019 |
| Robbins, Bryan | luation and Modifications to Improve the Fly Ash Moisture Conditioning Process at TVA’s Bull Run Fossil Plant | Disposal II | 2017 |
| Roberts, Mark | Utilizing Alternative Caps that meet Subtitle D Equivalency Requirements for CCP Landfill and Impoundment Closures to Gain Significant Savings and Secondary Use Opportunities | Ponds XIV | 2017 |
| Roberts, Mark | Mechanically Stabilized Walls Utilizing CCPs to Create Valuable Airspace | Waste Management I | 2015 |
| Roberts, Mark | An Innovative Design for Coal Ash Impoundment Capping and Closures with Significant Cost, Performance, and Environmental Co-Benefits Soilless Solar Caps | Utilization I | 2013 |
| Roberts, Steve | John E. Amos Landfill Soil Nail Wall | Landfill I | 2017 |
| Robichaud, Justin | The Benefits of Instrumentation and Monitoring for Coal Combustion Residual Facilities Closed- In-Place | CCP Storage and Management IV | 2019 |
| Robl, Thomas L. | The Utilization of Dry Scrubber Material for the Production of Calcium Sulfoaluminate Clinkers and Cements | Cement and Concrete I | 2019 |
| Robl, Thomas L. | Asian Ash Characteristics and Use for Portland/Calcium Sulfoaluminate Hybrid Cements | Cement and Concrete V | 2017 |
| Robl, Thomas L. | Coal Ash Use Study for Duke Energy, North Carolina | Cement and Concrete VII | 2017 |
| Robl, Thomas L. | Coal ash by-product from Shanxi Province for the production of Portland/CSA hybrid cements | Posters | 2015 |
| Robl, Thomas L. | Development of Key Technologies for Dry FGD By-Product Resource Comprehensive Utilization: A Project History | China Delegation II | 2015 |
| Robl, Thomas L. | Effect of fly ash particles packing on performance of OPC-activated GGBS slag | Cement & Concrete II | 2015 |
| Robl, Thomas L. | Evaluation of Circulating Fluidized Bed-Dry Flue Gas Desulfurization (CFB-FGD) Byproducts in Cement Applications | Cement & Concrete V | 2015 |
| Robl, Thomas L. | Fly Ash Derived Ceramic-Polyurethane Foam Composite Insulation | Utilization II | 2015 |
| Robl, Thomas L. | Use of Spray Dryer Absorber Material as a Replacement for Portland Cement in Concrete | Cement & Concrete VI | 2015 |
| Robl, Thomas L. | Dry FGD By-Product Characteristics and Utilization - International Perspective | FGD I | 2013 |
| Robl, Thomas L. | Production of Alite-Calcium Sulfoaluminate-Ferrite Cements from Coal and Other Industrial By-products | Posters | 2013 |
| Robl, Thomas L. | Non-Portland Cement Activation of Blast Furnace Slag | Cement and Concrete V | 2011 |
| Robl, Thomas L. | NuSafe Ceramics in Polyurethane Foam Insulation | Posters | 2011 |
| Robl, Thomas L. | The Utilization Potential of Anthracite CFBC Spent Bed Fly Ash as a Concrete Additive | Aggregates IV | 2011 |
| Robl, Thomas L. | Clinkerless Cement Produced from Flue Gas Desulphurization Residues and Fly Ash | Cement and Concrete IX | 2009 |
| Robl, Thomas L. | Experiences of Processing Fly Ashes Recovered from United Kingdom Stockpiles and Lagoons, Their Characteristics and Potential End Uses | Beneficiation/Handling I | 2009 |
| Robl, Thomas L. | Fabrication and Testing of CSAB Cements in Mortar and Concrete that Utilize Circulating Fluidized Bed Combustion Byproducts | Cement and Concrete V | 2009 |
| Robl, Thomas L. | The Cementitious and Pozzolanic Properties of Fluidized Bed Combustion Fly Ash | Cement and Concrete V | 2009 |
| Robl, Thomas L. | The Cementitious and Pozzolanic Properties of Fluidized Bed Combustion Fly Ash | Posters | 2009 |
| Robl, Thomas L. | The Sedimentation, Stratigraphy and Petrography of a Coal-Ash Pond in Carroll County, Kentucky | Posters | 2009 |
| Robl, Thomas L. | Effects of Calcium Sulfate and Aluminum Crystal Forms on the Kinetics of Ettringite Formation | Cement and Concrete V | 2007 |
| Robl, Thomas L. | The Fabrication of Value Added Cement Products from Circulating Fluidized Bed Combustion Ash | Cement and Concrete V | 2007 |
| Robl, Thomas L. | Ashes to Energy – The Coleman Power Plant Project | Beneficiation I | 2001 |
| Robl, Thomas L. | Research in Ammonia Diffusivity in Portland Cement Based Mixes | Ammonia | 2001 |
| Rocha, Andrea M | Biogeochemistry: A Novel Approach to Managing and Marketing CCR | Disposal I | 2017 |
| Rodgers, Erin E. | Porewater Studies Subsequent to the Kingston Ash Event | Environmental I | 2013 |
| Rodriguez, Francisco | New LOI Monitor for Maximizing Accuracy and Reliability Using Calcination Techniques | Environment V | 2011 |
| Rodriguez-Marek, Adrian | Dynamic Geotechnical Laboratory Testing of Coal Combustion Products | Liquefaction II | 2013 |
| Rodriguez-Pinero, Miguel | Production of Plates Based on Coal Fly Ash for Their Use as Insulating Materials in Doors and Fire Break Walls | New Products I | 2001 |
| Rodzianko, Andrew | Total Suspended Solids Monitoring During Ash Impoundment Construction Activities | Waste Management IX | 2015 |
| Rogers, Trenton | Investigating Effects of Temperature on Fly Ash Encapsulation Paste | Emerging Technologies II | 2019 |
| Rogers, William J. | Porewater Studies Subsequent to the Kingston Ash Event | Environmental I | 2013 |
| Rogers, William J. | Characterization of Coal Fly Ash Associated with a Release of Fly Ash at TVA’s Kingston Fossil Plant | Posters | 2011 |
| Rogers, William J. | Development and Implementation of a Quality Assurance Program for the TVA Kingston Ash Recovery Project | Ponds II | 2011 |
| Rogers, William J. | Integrated Ecological Research TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Rogers, William J. | Integrated Ecological Research TVA Kingston Ash Recovery Project | Posters | 2011 |
| Rogers, William J. | Water Quality Monitoring | Posters | 2011 |
| Rohar, Paul | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor | Posters | 2007 |
| Rohatgi, Pradeep K. | Incorporation of High-Ca Fly Ash Particles into A356 Al by Stir Casting Technique and Characterization of the Fabricated Composites | New Products V | 2011 |
| Rohatgi, Pradeep K. | Pressure Infiltration Technique for the Synthesis of A356 Al/fly Ash Composites: Microstructure and Tribological Performance | New Products IV | 2011 |
| Rokoff, Mark D. | Complying with the final rules through utilization and much more! | Utilization III | 2015 |
| Rokoff, Mark D. | They’re Here! Review of the New Federal Regulations for CCR | Regulations I | 2015 |
| Rokoff, Mark D. | Benchmarking Study for CCP Beneficial Reuse: A View of the Market | Utilization III | 2013 |
| Rokoff, Mark D. | Considerations for Treating Landfill and Impoundment Leachate with Impacts from Planned Effluent Guidelines | Ponds & Landfills II | 2013 |
| Rokoff, Mark D. | Greatest Challenges for CCP Management and What To Do About Each | Regulations III | 2013 |
| Rokoff, Mark D. | Pond Closures: Solving a Complicated Puzzle | Ponds III | 2011 |
| Rokoff, Mark D. | TVA Colbert's Pond 4 - Improving Operations of a Key Asset while Preparing for Closure | Ponds I | 2011 |
| Rokoff, Mark D. | Weathering the Storm of Change: Important Changes in CCR Management Certain to Impact the Power Industry…Where Are We Now? | Regulations | 2011 |
| Roman, Daniel | Feasibility of Open Pit Restoration with Coal Ash Aggregates: Ground Water Quality Assessment | Posters | 2009 |
| Romanowski, Radoslaw | Registration for Safe Use of FBC Ash as a Chemical Substance within European REACH Regulation; Results and Prospects | Posters | 2011 |
| Romanowski, Radoslaw | Registration for Safe Use of SDA Product as a Chemical Substance within European REACH Regulation; Results and Prospects | Posters | 2011 |
| Rome, M. Sean | Introduction and Benefits of the Project Management Oversight (PMO) Concept for CCR Closure Projects | Landfill and Pond Issues VI | 2019 |
| Rome, M. Sean | Ash Impoundment Closures: An Encyclopedia of Options | Waste Management VIII | 2015 |
| Rome, M. Sean | Implementing the Proposed CCR Rule and Groundwater Corrective Measures | Regulations I | 2015 |
| Rome, M. Sean | Project Considerations for New Coal Ash Landfills | Ponds III | 2013 |
| Rome, M. Sean | Strategic Planning for Siting Coal Combustion Residual Disposal Facilities | Ponds & Landfills I | 2013 |
| Rome, M. Sean | Utilizing Cut-Off Walls for Groundwater Remediation Issues associated with Coal Ash Landfills | Ponds V | 2013 |
| Romeo, Luis Miguel | Fate of Mercury and Other Trace Elements in an Oxy Coal Combustion Pilot Plant | Chemistry III | 2011 |
| Romero, Maximina | Production of Lightweight Aggregates from Coal Gasification Fly Ash and Slag | Aggregates 2 | 2005 |
| Rongsayamanont, Chaiwat | Modification of Synthetic Zeolite Pellets from Lignite Fly Ash A : The Pelletization | Chemistry & Mineralogy I | 2007 |
| Rongsayamanont, Chaiwat | Modification of Synthetic Zeolite Pellets from Lignite Fly Ash B : Treatability Study | Chemistry & Mineralogy II | 2007 |
| Roohanirad, Ali | Full-Depth Cold In-Place Recycling of Asphalt Pavements Using Self-Cementing Fly Ash: Field and Laboratory Study | Cement and Concrete 2 | 2005 |
| Rosenmerkel, James R. | Waukesha County Airport / Crites Field Waukesha, Wisconsin – a Case Study: Full Depth Reclamation [FDR] – A Rehabilitation Option for Deteriorated Hot Mix Asphalt [HMA] Pavements | Aggregates/Geotechnology II | 2007 |
| Roskos, Colter | Identification and Verification of Self-Cementing Fly Ash Binders for "Green" Concrete | Cement and Concrete II | 2011 |
| Ross, Dori | The Benefits of Instrumentation and Monitoring for Coal Combustion Residual Facilities Closed- In-Place | CCP Storage and Management IV | 2019 |
| Ross, Jason D | GCL Chemical Compatibility Testing with CCR Landfill Leachate | Landfill VII | 2017 |
| Rossi, Jose | Joint Industrial Byproducts Reutilization Initiative | Posters | 2007 |
| Roth, Elliot | Distributions and Extraction of Rare Earth Elements from Coal and Coal By-Products | Rare Earth Elements II | 2017 |
| Roven, Hans J. | Incorporation of High-Ca Fly Ash Particles into A356 Al by Stir Casting Technique and Characterization of the Fabricated Composites | New Products V | 2011 |
| Rowland, Michael G. | GCL Chemical Compatibility Testing with CCR Landfill Leachate | Landfill VII | 2017 |
| Rowland, Michael G. | Characterization and Estimation of Settlement of In-Place Sluiced CCP Materials Under Monotonic Loading | Ponds & Landfills II | 2013 |
| Roy, Della M. | Research on the Whiteness and Properties of Modified Coal Fly Ash | New Products I | 2009 |
| Roy, Della M. | Chemical Activation of Low Calcium Fly Ash Part 1: Identification of Suitable Activators and their Dosage | Construction Products II | 2001 |
| Roy, Della M. | Chemical Activation of Low Calcium Fly Ash Part II: Effect of Mineralogical Composition on Alkali Activation | Construction Products III | 2001 |
| Roy, Della M. | Influences of surplus SO3 in FBC ash on formation of belite-rich sulfoaluminate clinker | Concrete and Cement | 1999 |
| Roy, Gourab | Recycling of Coal Ash in Agriculture: Use of Vermicomposting Biotechnology | Geotech III | 2019 |
| Rubel, Aurora M. | Thermal Characteristics of Ammonia Release from Combustion Ash | Ammonia | 2001 |
| Rudy, Alex | Extensive Real Time Monitoring of Ash Response to Construction-Induced Activity | Geotech II | 2019 |
| Ruffing, Daniel | Soil Mixing and Slurry Trench Cutoff Walls for Coal Combustion Residue Sites | Landfill and Pond Issues I | 2019 |
| Ruhl, Cedric H. | A Method for Predicting CCR Landfill Leachate Generation Volume | Landfill and Pond Issues IX | 2019 |
| Ruhl, Cedric H. | Disposal of Commingled CCR and Phragmites Roots in a CCR Landfill | Landfill and Pond Issues II | 2019 |
| Ruhl, Cedric H. | So, You’ve Built a Landfill for Your Ash Pond Closure, Now What? (Lessons Learned During CCR Landfill Operations) | Landfill and Pond Issues X | 2019 |
| Ruhl, Cedric H. | A Comparison of Actual vs. Predicted Leachate Generation | Landfill IV | 2017 |
| Ruhl, Cedric H. | Action Leakage Rate Calculation | Landfill IV | 2017 |
| Ruhl, Cedric H. | Case History – CCR Landfill Cover System Stormwater and Infiltration Water Design and Management | Landfill III | 2017 |
| Ruhl, Cedric H. | CCP Landfill Leachate Generation and Leachate Management | Environmental II | 2013 |
| Ruhl, Laura | Chemical Behavior and Mineralogical Characterization of Weathered Coal Combustion Residuals | Posters | 2015 |
| Ruhl, Laura | Geochemical Characterization of Coal Combustion Residuals in Varying Environmental Conditions | Chemistry II | 2015 |
| Ruhl, Laura | A Twenty-Month Geochemical and Isotopic Investigation into the Environmental Impacts of the 2008 TVA Coal Ash Spill | Ponds I | 2011 |
| Ruhl, Laura | Methylmercury Contamination of River Sediments near the Coal Ash Spill at the Kingston Fossil Plant, TN | Posters | 2011 |
| Ruhl, Laura | The Environmental and Health Effects of the Coal Ash Spill at Kingston, Tennessee: Preliminary assessment | FGD | 2009 |
| ruhlman, Sushant | Full-Depth Cold In-Place Recycling of Asphalt Pavements Using Self-Cementing Fly Ash: Field and Laboratory Study | Cement and Concrete 2 | 2005 |
| ruhlman, Sushant | Utilization of Silo Stored and Ponded Class C Fly Ash in Road Bases | Novel Applications 1 | 2003 |
| Ruiz, Alberto | Joint Industrial Byproducts Reutilization Initiative | Posters | 2007 |
| Rupnow, Tyson D. | Evaluating the Feasibility of Reclaimed Landfilled Class C Fly Ash for Concrete Applications | Cement and Concrete VI | 2019 |
| Rupnow, Tyson D. | Class C Fly Ash Stabilization of Recycled Asphalt Pavement and Soil – A Case Study | Utilization I | 2015 |
| Rupnow, Tyson D. | Quality Control Tools to Identify Source Variability of Class C Fly ash and Its Impact on Freshly Mixed Cement-Fly Ash Paste | Cement & Concrete III | 2013 |
| Ruppert, Leslie | Characterization of Feed Coal and Coal Combustion Products in a Power Plant Utilizing Northern Appalachian Basin Coal: A Mass Balance Approach | Chemistry/Mineralogy I | 2009 |
| Russell, Colleen K. | Enhancement of Soil Carbon Sequestration by Amendment with Fly Ash | CUBs and Sustainable Development | 2003 |
| Russell, Kevin | Tools and Techniques for Evaluating Coal Combustion Product Constituents in the Groundwater-Surface Water Transition Zone | Groundwater and Environment VI | 2019 |
| Rust, David Edward | Clinkerless Cement Produced from Flue Gas Desulphurization Residues and Fly Ash | Cement and Concrete IX | 2009 |
| Ruther, Rose | Potential for Metal Leaching and Toxicity from Fly Ash Applied for Increasing Carbon Sequestration in Soil | Agriculture 4 | 2005 |
| Rutherford, Mark | Lacey’s Lake Decommissioning | Ponds III | 2015 |
| Ryan, Robert | Beneficial Use of Fly Ash for Concrete Construction in California | Cement & Concrete IV | 2015 |
| Rybarczyk, James P. | Trace element partitioning in ground water at an abandoned mine-land site reclaimed with coal combustion products | Environmental Aspects | 1999 |
| Sabatini, Paul J. | Reliability Analysis of an Existing Ash Basin Embankment | Ponds VI | 2015 |
| Sabatini, Paul J. | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| Sabatini, Paul J. | Use of Instrumented Test Fill to Assess Static Liquefaction of Impounded Fly Ash | Liquefaction I | 2013 |
| Saber, Aziz | Design, Fabrication and Testing of a Full-Scale Geopolymer Concrete Median Barrier | Cement & Concrete V | 2013 |
| Sachdeva, Anisha | Clay-Lime Stabilization: Characterizing Fly Ash Effects in Minimizing the Risk of Sulfate Heave | Environment VIII | 2011 |
| Sachdeva, Anisha | Role of Fly Ash in the Mitigation of Swelling in Lime Stabilised Sulfate-Bearing Soils | Aggregates/Geotechnology IV | 2009 |
| Saeki, Tatsuhiko | Leaching test of coal fly ash for the landfill | Ash Facility Management I | 2007 |
| Sager, John | The Coal Combustion Product Partnership: Creating Value in Coal Ash Management | Policy II | 2009 |
| Sager, John | C2P2 – Partnership Innovation | Policy 2 | 2005 |
| Sager, John | Review of State Regulations, Standards, and Practices, Related to the Use of Coal Combustion Products: Texas Review Case Study | Policy 3 | 2005 |
| Sager, Shawn | Numerical Modeling to Evaluate Hydrological Dynamics and Risk Assessment of Bottom Ash Ponds at a Former Coal-Fired Electric Power Plant | Ponds I | 2017 |
| Sagoe-Crenstil, Kwesi | Pathways and barriers for acceptance and usage of geopolymer concrete in mainstream construction | Cement & Concrete III | 2015 |
| Sahu, Birendra Kumar | Improvement in California Bearing Ratio of Various Soils in Botswana by Fly Ash | Construction Products II | 2001 |
| Saindon, Rosanna | Alternative Coal Ash Pond Closure Design and Construction – Lessons Learned | Landfill and Pond Issues V | 2019 |
| Saindon, Rosanna | We Don’t Have No Stinkin’ Dirt! Coal Ash Pond Closures (Traditional and an Alternative Method) | Disposal IV | 2017 |
| Sakulpitakphon, Tanaporn | Studies of Mercury Capture on Fly Ash: Examples from Power Plants Burning Kentucky Coals | Environmental Benefits III | 2001 |
| Salaveri, Emilia Otal | Application of Zeolitized Coal Fly Ashes to the Depuration of Liquid Wastes | Environment 4 | 2003 |
| Salber, Andrew J. | Design of Fly-Ash Concrete Masonry for Optimal Carbon Sequestration | Posters | 2013 |
| Salehian, Ali | Cyclic Triaxial Testing of Water-Pluviated Fly Ash Specimens | Liquefaction I | 2013 |
| Salihoglu, Guray | Study on the Immobilization of Cr (VI) and Cr (III) in Geopolymers Based on Coal Combustion Fly Ash | Posters | 2011 |
| Salinas, Lucila S. | Removal of Phosphate from Aqueous Solution by Crystallization Using Coal Fly Ash | Environmental Benefits II | 2001 |
| Salvae, B.R. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Sampaio, Kalil Nobrega H | Use of coal ash from thermal power plant in coating mortar | Beneficial Use III | 2017 |
| Sampson, Paul | Utilization of Recovered Materials for High Quality Cements and Products | Cement and Concrete V | 2009 |
| Samson, Jeffrey | Encapsulation of flue-gas desulfurization wastewater using coal combustion by-product mixtures: Field lysimeter investigations | Beneficiation and Processing II | 2019 |
| SANCHEZ, ANTONIO | Comparing Stormwater Pond Design for Traditional Soil Cover versus Engineered Synthetic Turf Cover | Landfill and Pond Issues VI | 2019 |
| Sanchez, Roberto | Assessment of New QC/QA Compaction Monitoring Program at TVA’s Coal Combustion Product Stacking Facilities: A Case Study | Waste Management IX | 2015 |
| Sanchez, Roberto | Large Scale Box Tests for Calibration of Fly Ash and Gypsum Performance Properties | Waste Management III | 2015 |
| Sanchez, Roberto L. | Dynamic Geotechnical Laboratory Testing of Coal Combustion Products | Liquefaction II | 2013 |
| Sanchez, Roberto L. | Performance Based QC/QA Specifications for TVA’s CCP Stacking Facilities: Part I. Evaluation of Performance Requirements | Ponds IV | 2013 |
| Sanchez, Roberto L. | Performance Based QC/QA Specifications for TVA’s CCP Stacking Facilities: Part II. Proposed Specifications | Ponds IV | 2013 |
| Sanchez, Roberto L. | Risk Reduction at Ash Disposal Area No. 2 A Case Study TVA Johnsonville Fossil Plant New Johnsonville, Humphreys County, Tennessee | Ponds II | 2011 |
| Sancio, Rodolfo | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| Sandberg, Paul | In-Boiler Beneficiation of Coal Combustion Products for Enhanced Cementitious Value | Cement and Concrete V | 2011 |
| Sanjayan, Jay | Pathways and barriers for acceptance and usage of geopolymer concrete in mainstream construction | Cement & Concrete III | 2015 |
| Sant, Gaurav | Encapsulation of thermoevaporation brines using coal combustion residuals | CCP Storage and Management VIII | 2019 |
| Sant, Gaurav | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Sant, Gaurav | Linking Fly Ash Composition to Performance in Cementitious Systems | Cement & Concrete VIII | 2015 |
| Santoianni, Dawn | Job Impacts in the Coal Industry: What Can We Expect from the Natural Gas Boom and Environmental Regulations? | Regulations III | 2013 |
| Santoianni, Dawn | The Social Media Battleground: How Public Perception, Science Communication, Media Coverage, and Politics Are Shaped by Social Media | Regulations II | 2013 |
| Santoianni, Dawn | Quantifying the Costs of Subtitle C Regulation of Coal Combustion Residuals Using Site-Specific Data: Why Limitations in Publicly-Available Data Lead to Estimation Error | Environment II | 2011 |
| Santos, Ana | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Santos, Ana | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Santos, Fabio P. | Geotechnical Properties of Fly Ash and Soil Mixtures for Use in Highway Embankments | Aggregates III | 2011 |
| Sanusi, Olanrewaju | Compressive Strength and Embodied Energy Optimization of Fly Ash Based Geopolymer Cement Concrete | Cement and Concrete VIII | 2009 |
| Sanusi, Olanrewaju | Effect of Hydroxyl Ion on Immobilization of Oxyanions Forming Trace Elements from Fly Ash-based Geopolymer Concrete | Cement and Concrete VIII | 2009 |
| Saraber, Angelo J. | European Product Standards - Update on status and changes with relevance to CCPs | Regulations I | 2013 |
| Saraber, Angelo J. | Environmental and health aspects of ashes produced at co-combustion of biomass | Environmental IV | 2007 |
| Sarno, Ariel I | Geotechnical Instrumentation to Measure Pore-water Pressure and Settlement of an Ash Pond due to Construction of an Ash Landfill (Overfill) | Ponds VII | 2015 |
| Sarofim, A. F. | Reactions of calcium and sodium during combustion of lignite | Chemistry and Mineralogy | 1999 |
| Sass, Bruce M. | Boron Treatment Technology for CCR Wastewater, Ash Leachate, and Groundwater | Groundwater and Environment I | 2017 |
| Sass, Bruce M. | How to Manage a Statistically Significant Increase (SSI) During Groundwater Detection Monitoring under the CCR Rule | Groundwater and Environment II | 2017 |
| Sass, Bruce M. | Assessment of Emergent Springs at a Fly Ash Impoundment | Waste Management IV | 2015 |
| Sato, Atsuko | Effective Reuse of Coal Ash as Civil Engineering Material | Aggregates 2 | 2005 |
| Saunders, Lee | Solar PV and Closed Ash Ponds - A Match made in Heaven? | CCP Storage and Management IV | 2019 |
| Saunier, Pascal | Use of multi-linear drainage geocomposites for CCP disposal units final cover | CCP Storage and Management II | 2019 |
| Sauter, Heather J. | The Effects of Fly Ash and Portland Cement on Long Term Excavatability of Flowable Fill | Construction Products II | 2001 |
| Sawyer, Robert | The Morgantown STAR Project: A Fly Ash Beneficial Reuse Case Study | Utilization I | 2013 |
| Sax, Sonja N. | Mercury Inhalation Risks from Use of Coal Combustion Products (CCPs) as Structural Fill and from Disposal of CCP-Containing Wallboard and Concrete in Landfills | Posters | 2009 |
| Sax, Sonja N. | Mercury Inhalation Risks in Indoor Air from Use of Coal Combustion Products (CCPs) in Building Materials | Posters | 2009 |
| Saylak, Donald | Evaluation of Manufactured Fluidized Bed Combustion Ash Aggregate as Road Base Course Materials | Aggregates III | 2011 |
| Saylak, Donald | Sampling, Characterization, and Beneficiation of Stockpiled Fluidized Bed Coal Ash in Road Base Course Application | Aggregates/Geotechnology I | 2009 |
| Saylak, Donald | Base Stabilization and Dust Control Using Calcium Chloride and Fly Ash | Bulk 3 | 2003 |
| Saylak, Donald | Stabilization of road bases containing coal combustion by-product sulfates and sulfites using high volume fly ash cement | Durability Issues/Ettringite | 1999 |
| Scalia, Joseph | Work Area Quantification Processes to Guide CCR Construction Programs | Ponds XII | 2017 |
| Scarlett, Brian | Improvement of environmental quality of coal fly ash by applying forced leaching | Environmental Aspects | 1999 |
| Schadt, Christopher W. | Leaching of Mixtures of Biochar and Fly Ash | Environmental III | 2009 |
| Schantz, Michael D. | The relative impacts of the use of calcium and sodium Dry Sorbent Injection (DSI) reagents | Geotech I | 2017 |
| Schantz, Michael D. | The Growth of Dry Sorbent Injection (DSI) and the impact on Coal Combustion Residue | FGD I | 2013 |
| Scheetz, Barry E. | Fluidized Bed Combustion Fly Ash Leaching: A Column Study | Chemistry II | 2019 |
| Scheetz, Barry E. | Reliability of Loss on Ignition (LOI) Test for Determining the Unburned Carbon Content in Fly Ash | Cement & Concrete II | 2015 |
| Scheetz, Barry E. | Reactive Transport Modeling of FGD Gypsum Bed to Simulate Time Dependent Dissolution, Porosity Evolution, and Leachate Composition | Posters | 2013 |
| Scheetz, Barry E. | Research on the Whiteness and Properties of Modified Coal Fly Ash | New Products I | 2009 |
| Scheetz, Barry E. | Beneficial Use of FBC Coal Ash for Mine Reclamation in the Anthracite Region at the Wheelabrator Frackville and Mount Carmel Co-Gen Sites | OSM Interactive Forum Session 1 | 2005 |
| Scheetz, Barry E. | Coal Ash Beneficial Use at Mine Sites in Pennsylvania | OSM Interactive Forum Session 3 | 2005 |
| Scheetz, Barry E. | Diagenesis of FBC Ash in an Acidic Pit Lake | OSM Interactive Forum Session 1 | 2005 |
| Scheetz, Barry E. | The Use of FBC Ash for Alkaline Addition at Surface Coal Mines | Mining I | 2001 |
| Scherer, Ing. V. | Spectral Emittance Characteristics of Powdery and Molten Coal Ashes | Chemistry IV | 2011 |
| Schiemann, Martin | Spectral Emittance Characteristics of Powdery and Molten Coal Ashes | Chemistry IV | 2011 |
| Schifano, Vito | Binder Stabilization with Beneficial Use of CCR in Closure – Remediation / Corrective Actions of Coal Ash Impoundments | Waste Management I | 2015 |
| Schlekat, Tamar | Numerical Modeling to Evaluate Hydrological Dynamics and Risk Assessment of Bottom Ash Ponds at a Former Coal-Fired Electric Power Plant | Ponds I | 2017 |
| Schlitter, J. | Reducing the Risk of Cracking in High Volume Fly Ash Concrete by Using Internal Curing | Cement and Concrete IV | 2011 |
| Schlorholtz, Scott | A Summary of Proposed Changes to AASHTO M 295 Resulting from NCHRP Project 18-13 - Specifications and Protocols for Acceptance Tests of Fly Ash Used in Highway Concrete | Cement & Concrete VI | 2013 |
| Schlossberg, Maxim J. | Calcium silicate by-product utilization in turfgrass systems | Agriculture I | 2013 |
| Schlossberg, Maxim J. | Turfgrass Growth in Acid Soil Treated by Flue Gas Desulfurization (FGD) Gypsum or Traditional Calcium Amendments | Agriculture I | 2009 |
| Schmall, Paul | CCR Impoundment Dewatering Pilot Case Study | Landfill and Pond Issues III | 2019 |
| Schmall, Paul | Dewatering CCR- The Current State of Practice | Geotech I | 2019 |
| Schmall, Paul | Extensive Real Time Monitoring of Ash Response to Construction-Induced Activity | Geotech II | 2019 |
| Schmall, Paul | Incremental, Performance Based Approach to Geotechnical Characterization of Ponded Ash Materials | Geotech II | 2019 |
| Schmall, Paul | Proactive Pre-Drainage Criteria for Hybrid Ash Basin Closure | CCP Storage and Management II | 2019 |
| Schmall, Paul | Recent Experience in In Situ Dewatering of Coal Combustion Residuals: A Practical Approach | Ponds XVI | 2017 |
| Schmaltz-x, Thomas C. | Radon Emissions from a High Volume Coal Fly Ash Structural Fill Site | Environmental Benefits II | 2001 |
| Schmitt, Nicholas G. | Challenges of Monitoring Groundwater at CCR Sites in Karst Terrain | Groundwater and Environment V | 2017 |
| Schmitt, Nicholas G. | Geotechnical Instrumentation to Measure Pore-water Pressure and Settlement of an Ash Pond due to Construction of an Ash Landfill (Overfill) | Ponds VII | 2015 |
| Schmitt, Nicholas G. | Evaluation of Drainage Layer Alternatives for Proposed Landfill Liner at the E.W. Brown Generating Station | Ponds VI | 2013 |
| Schmitt, Nicholas G. | Use of Bottom Ash in the Reinforced Zone of a Mechanically Stabilized Earth Wall for the Vertical Expansion of a Sluiced CCR Pond at the Trimble County Generating Station | Ponds V | 2013 |
| Schnobrich, Matthew | Conceptual Site Model Development to Manage CCP Impoundment Leachate Impacts to Surface Water and Public Water Supply | Groundwater and Environment III | 2019 |
| Schobert, Harold H. | Characterization of differing forms of unburned carbon present in fly ash | Chemistry and Mineralogy | 1999 |
| Schobert, Harold H. | Use of unburned carbon in fly ash as precursor for the development of activated carbons | New Products | 1999 |
| Schoffstall, Michael R. | Adsorption of Mercury onto Fly Ash | Posters | 2003 |
| Schoffstall, Michael R. | Triboelectrostatic separation of fly ash | Processing | 1999 |
| Schomberg, Harry H. | Erodibility of a Sodic Soil Amended with FGD Gypsum | Posters | 2011 |
| Schomberg, Harry H. | Evaluation of FGD-Gypsum to Improve Forage Production and Reduce Phosphorus Losses from Piedmont Soils | Agriculture I | 2011 |
| Schopp, Lindsay | Blended CFB Ash and Limestone Base Course | Construction | 2009 |
| Schrock, Michael | Dredge Material Stabilization Using the Pozzolanic or Sulfo-pozzolanic Reaction of Lime By-products to Make an Engineered Structural Fill | Aggregates/Geotechnology II | 2009 |
| Schroeder, Karl T. | Measurement of mercury flux from coal utilization by-products with a laboratory flux chamber | Posters | 2007 |
| Schroeder, Karl T. | Release of Ammonium and Mercury From Nox Controlled Fly Ashes | Posters | 2007 |
| Schroeder, Karl T. | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor | Posters | 2007 |
| Schroeder, Karl T. | Testing Mechanisms of Mercury Retention in FGD Products | Posters | 2007 |
| Schroeder, Karl T. | Distribution of Mercury in FGD Byproducts | Posters | 2005 |
| Schroeder, Karl T. | Leaching of CUB Using a CSTX | Chemistry 7 | 2005 |
| Schroeder, Karl T. | Release of Ammonia from SCR / SNCR Fly Ashes | Posters | 2005 |
| Schroeder, Karl T. | Adsorption of Mercury onto Fly Ash | Posters | 2003 |
| Schroeder, Michael H. | Materials from conversion of coal for power production: practical working definitions | Construction and Evolution of CCPs | 1999 |
| Schubert, John | Groundwater Remediation of Boron | Groundwater and Environment X | 2019 |
| Schueck, Joseph | The Use of FBC Ash for Alkaline Addition at Surface Coal Mines | Mining I | 2001 |
| Schuettpelz, Craig | Geotechnical Properties of Flue Gas Desulfurization Material and Containment Implications | Geotech I | 2019 |
| Schuettpelz, Craig | An Economic Approach to Dewatering Coarse-Grained Coal Combustion Residuals | Regulations | 2017 |
| Schuettpelz, Craig | Challenges and Successes of Operating an Innovative Coal Combustion Product Containment Facility | Regulations II | 2015 |
| Schuettpelz, Craig | Managing Coal Combustion Products and Process Water in the New Regulatory Environment | Beneficiation I | 2011 |
| Schuler, Peggy | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash | Mercury III | 2007 |
| Schultz, Benjamin F. | Incorporation of High-Ca Fly Ash Particles into A356 Al by Stir Casting Technique and Characterization of the Fabricated Composites | New Products V | 2011 |
| Schultz, Scott | Blended CFB Ash and Limestone Base Course | Construction | 2009 |
| Schultz, Scott | Pavement Subgrade Stabilization and Construction Using Bed and Fly Ash | Aggregates/Geotechnology I | 2007 |
| Schumaker, Glenn | Utilization of Recovered Materials for High Quality Cements and Products | Cement and Concrete V | 2009 |
| Schumaker, Michael L. | Comprehensive Approach for Managing Risk from CCP Storage Facilities | Environment IX | 2011 |
| Schwab, Greg | Reducing the Explosion Potential of Ammonium Nitrate Fertilizer by Coating with Coal Combustion By-Products | New Products III | 2009 |
| Schwartz, Grace | Transformations of mercury, arsenic, and selenium in river sediments contaminated with coal ash: Sediment microcosm studies | Chemistry II | 2013 |
| Schweitzer, Jeffrey | Application of Glass Corrosion Tests to the Reactivity of Fly Ash | Chemistry & Mineralogy III | 2007 |
| Scott, Clint | Size Distribution of Rare Earth Elements in Coal Ash | Chemistry I | 2015 |
| Scott, Michael T. | Update on Kingston Ash Spill | Keynote | 2009 |
| Scott, Stephen H. | Simulation of Erosion, Transport, and Long-Term Fate of Coal Fly ash from the TVA Kingston Site | Kingston II | 2011 |
| Seaman, Shawn | The Morgantown STAR Project: A Fly Ash Beneficial Reuse Case Study | Utilization I | 2013 |
| Seaman, Shawn | Beneficial Use of CCBs to Develop an Optimal Mix for Pervious Concrete | Posters | 2011 |
| Seames, Wayne | Leachability of Arsenic and Selenium in Submicron Coal Fly Ash | Chemistry II | 2011 |
| Sear, Lindon K. A. | European Legislation in the UK - a threat or an opportunity? | Policy 1 | 2005 |
| Sear, Lindon K. A. | The Environmental Impacts of Using Fly Ash – the UK Producers’ Perspective | Environment 2 | 2003 |
| Sear, Lindon K. A. | Fly Ash Standards, Market Strategy and UK Practice | Government Programs | 2001 |
| Sebastia, Eva | Determination of the Available Si and Al from Coal Fly Ashes under Alkaline Conditions with the Aim of Synthesizing Zeolite Products | New Products I | 2001 |
| Sebastian, Brandie M. | The Morgantown STAR Project: A Fly Ash Beneficial Reuse Case Study | Utilization I | 2013 |
| Seeger, David | Smarter, Cheaper, Ash Pond Dewatering | Ponds IV | 2017 |
| Seeker, William Randal | Combustion Tuning Systems for Control of Unburned Carbon | UBC - Control Measures (Case Studies) | 2005 |
| Segev, Gyora | Fly Ash as a Potential Scrubber for Low Activity Radioactive Wastes | Environmental II | 2009 |
| Semach, Alexis | Laboratory Analysis of Geocomposites for Use in Drainage Systems in CCP Landfills | Aggregates II | 2011 |
| Senneca, Osvalda | Post-combustion of carbon residues from biomass / RDF co-firing during dry ash removal | Carbon I | 2013 |
| Seo, Jeongwoo | Trench Backfill Material Using Plant Coal Ash | Posters | 2017 |
| Seo, Woojin | Trench Backfill Material Using Plant Coal Ash | Posters | 2017 |
| Sepulveda, Noelia | Removal of Selenium from FGD water streams by a nonconventional adsorbent by-product | FGD I | 2013 |
| Serci, A. | Heavy Metal Immobilization Using Fly Ash in Soils Contaminated by Mine Activity | Mining I | 2001 |
| Serci, A. | The Italian approach to the problem of fly ash | Processing | 1999 |
| Seredin, Vladimir V. | Lanthanides in coal combustion fly ash | Chemistry I - Lanthandies | 2013 |
| Sery, Gervais | Effect of Fly Ash particle size on its capacity to neutralize Acid Mine Drainage and influence on the rheological behaviour of residual solids | Mining II | 2007 |
| Seshadri, Prasanna | Leachability of Arsenic and Selenium in Submicron Coal Fly Ash | Chemistry II | 2011 |
| Severance, Vincent J | Inventory, Inspection and Management Practices of CCP Facility Spillways at TVA Paradise Fossil Plant | Waste Management II | 2015 |
| Sevim, Hasan | Processing, transporting, and utilizing coal combustion by-products | Economic Development Issues | 1999 |
| Sewell, Melissa R. | The Growth of Dry Sorbent Injection (DSI) and the impact on Coal Combustion Residue | FGD I | 2013 |
| Seymour, John | Geotechnical Considerations in Surface Impoundment Management and Closure | Ponds II | 2017 |
| Seymour, John | CONDITIONS OF COAL ASH EMBANKMENTS | Ponds V | 2015 |
| Seymour, John | Reliability Analysis of an Existing Ash Basin Embankment | Ponds VI | 2015 |
| Seymour, John | Challenges of Closing Large Fly Ash Ponds | Ponds IV | 2013 |
| Seymour, John | Advances in Design of Landfills over CCR Ponds and CCR Landfills | Aggregates I | 2011 |
| Seymour, John | Geotechnical Design Considerations for Landfill Construction Over an Ash Pond | Mining/Reclamation III | 2009 |
| Shah, A. D. | Reactions of calcium and sodium during combustion of lignite | Chemistry and Mineralogy | 1999 |
| Shah, Anurag | Hybrid Geotextile Design for CCP Materials in Landfill Drainage and Closure Systems | Waste Management V | 2015 |
| Shah, Naresh | Reactions of calcium and sodium during combustion of lignite | Chemistry and Mineralogy | 1999 |
| Shah, Subhash N. | The Flow Characteristics of Fly Ash Slurry for Plugging Abandoned Wells Using Coiled Tubing | Posters | 2003 |
| Shang, Julie Q. | Chemical and Mineralogical Transformations of Coal Fly Ash after Landfilling | Chemistry/Mineralogy III | 2009 |
| Shang, Julie Q. | Coal Fly Ash as Contaminant Barrier for Reactive Mine Tailings | Mine Reclamation 1 | 2005 |
| Shannon, Luke | Multiple Lines of Evidence Facilitate Background Groundwater Well Selection in a Geologically Complex Site | Groundwater and Environment III | 2017 |
| Shao, Y | Performance of Ultra-fine Fly Ash in Concrete | China Delegation II | 2015 |
| Sharonova, Olga M. | Ferrospheres from Fly Ashes: Composition and Catalytic Properties in High-Temperature Oxidation of Methane | New Products V | 2011 |
| Sharonova, Olga M. | High-Calcium Fly Ashes of Selective Sampling and Products of Their Aerodynamic Separation | Posters | 2011 |
| Shashidar, B. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Shaw, Brian | A Fly Ash Carbon Treatment for Producing a Marketable Product from Activated Carbon Contaminated Fly Ash | Beneficiation/Handling II | 2009 |
| Shearer, Christopher R. | Evolution of the Properties of Organic Matter and Mineral Phases of Reclaimed Coal Fly Ash | Rare Earth Elements I | 2017 |
| Shearer, Christopher R. | The Early Age Behavior of Biomass Fired and Co-fired Fly Ash in Concrete | Cement and Concrete I | 2011 |
| Shedivy, Ryan | An Economic Approach to Dewatering Coarse-Grained Coal Combustion Residuals | Regulations | 2017 |
| Shekhawat, Dushyant | The Reactivity of Coal Char in Chemical Looping Gasification and combustion | Oxy Combustion I | 2015 |
| Sheps, Shlomit | Evaluation of the leaching potential of trace elements from coal ash to the (groundwater) aquifer | Forest/Soil Reclamation | 1999 |
| Sheridan, Scott | CCR Microparticulates and the Trouble They Cause | Ponds XIII | 2017 |
| Sheridan, Scott | Introduction of a Novel Approach - Beneficial Reuse of CCP's to Dramatically Reduce Landfill Airspace Construction Costs | Ponds I | 2011 |
| Sherrard, Rick | Effects of the Kingston Ash Release on Fish Reproduction and Larval Fish | Kingston I - Ecological Investigations | 2013 |
| Sherrard, Rick | Long-term Sediment Toxicity Bioassays | Kingston I - Ecological Investigations | 2013 |
| Sherrard, Rick | Integrated Ecological Research TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Sherrard, Rick | Integrated Ecological Research TVA Kingston Ash Recovery Project | Posters | 2011 |
| Sherwell, John | Commercial Use of CCBs: Changes, Challenges, and Opportunities | Posters | 2013 |
| Shi, Huisheng | Performance and Mechanism of Alkali-Activated Complex Binders of High-Ca Fly Ash and Other Ca-Bearing Materials | Cement and Concrete VI | 2009 |
| Shibata, Mark | Multiple Lines of Evidence Facilitate Background Groundwater Well Selection in a Geologically Complex Site | Groundwater and Environment III | 2017 |
| Shilling, Mark | Carolina Power & Light Co. - carbon/ash separation | Commercial Ash Processing - a User's Perspective | 1999 |
| Shilling, Mark | Successful fly ash beneficiation at Carolina Power & Light’s Roxboro Station | Processing | 1999 |
| Shinn, Melissa | Test of Mercury Vapor Emission from Flyash Bricks | Mercury I | 2007 |
| Shirai, Hiromi | Influence of Coal Properties and Combustion Conditions on Specific Surface Area of Fly Ash | Chemistry 1 | 2005 |
| Shivakumar, Kunigal | Mechanical, Fire and Insulation Properties of Polymer Ash Composites | Emerging Technologies I | 2019 |
| Shivakumar, Kunigal | A Solution to Ponded Coal Ash | Ponds XI | 2017 |
| Shon, Chang-Seon | Alkali-Silica Reaction of Geopolymer Concrete Made of Circulating Fluidized Bed Combustion Fly Ash | Cement and Concrete VIII | 2019 |
| Shon, Chang-Seon | Evaluation of Manufactured Fluidized Bed Combustion Ash Aggregate as Road Base Course Materials | Aggregates III | 2011 |
| Shon, Chang-Seon | Sampling, Characterization, and Beneficiation of Stockpiled Fluidized Bed Coal Ash in Road Base Course Application | Aggregates/Geotechnology I | 2009 |
| Shpirt, Mikhail Ya | Formation Processes of Hollow Microspheres in the Fly Ash from Electric Power Stations | Posters | 2005 |
| Shpirt, Mikhail Ya | Technical Monitoring of Microspheres from Fly Ashes of Electric Power Stations in the Russian Federation | New Products 3 | 2005 |
| Shukla, K.P. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Shumpert, Mark | Case History – CCR Landfill Cover System Stormwater and Infiltration Water Design and Management | Landfill III | 2017 |
| Shumpert, Mark | Practical Considerations for CCR Facility Design, Operations, and Maintenance | Ponds XV | 2017 |
| Shyam, A. K. | Clay formation during weathering of alkaline coal fly ash | Chemistry and Mineralogy | 1999 |
| Si, Peng | Extraction of Aluminum from Combustion Ash of Coal Spoil | New Products I | 2009 |
| Sifton, Bruce | 2020 to 2070 and Beyond: Transitioning from Production to Post- Production Coal Ash Use | International Perspectives I | 2019 |
| Sifton, Bruce | Coal Ash 2.0: A Strategic Resource | Ponds IV | 2017 |
| Silar, Tim | In Situ Impoundment Closure and Groundwater Corrective Action Technology | Landfill and Pond Issues V | 2019 |
| Silar, Tim | In-Situ Coal Combustion Products Impoundment Closure/Remediation Strategy | Ponds VI | 2015 |
| Silsbee, Michael R. | Chemical Activation of Low Calcium Fly Ash Part 1: Identification of Suitable Activators and their Dosage | Construction Products II | 2001 |
| Silsbee, Michael R. | Chemical Activation of Low Calcium Fly Ash Part II: Effect of Mineralogical Composition on Alkali Activation | Construction Products III | 2001 |
| Silsbee, Michael R. | Influences of surplus SO3 in FBC ash on formation of belite-rich sulfoaluminate clinker | Concrete and Cement | 1999 |
| Silva, Luis F. O. | Lanthanides in coal combustion fly ash | Chemistry I - Lanthandies | 2013 |
| Silva, Webert | Evaluation of Empirical and Empirical Mechanistic Methods for Interconnected Concrete Pavement with Bottom Ashes | Cement and Concrete VIII | 2019 |
| Silva, Webert | Evaluation of the Application of Bottom Ashes from Thermoelectric in Concrete Blocks for Pavements | Posters | 2019 |
| Silverio, Christopher M. | Removal of Phosphate from Aqueous Solution by Crystallization Using Coal Fly Ash | Environmental Benefits II | 2001 |
| Silverman, David | Selenium Attenuation via Reductive Precipitation in Diverse Saturated and Unsaturated Environments | Groundwater and Environment IX | 2019 |
| Simms, Jonathan | Production of Geopolymer Binder from Coal Fly Ash to Make Cement-less Concrete | Cement & Concrete III | 2015 |
| Simopoulos, S. | Utilisation of Biomass Co-combustion Residues Coming from Pulverised Coal Boilers | Posters | 2005 |
| Singh, Nico | South Africa’s power producer’s revised Coal Ash Strategy and Implementation Progress | Ash Management I | 2017 |
| Singh, R.P. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Singh, Siddharth | Performance of Several Crops Grown in Fly Ash Amended Soil | Agriculture II | 2011 |
| Sinha, A. | Performance of Several Crops Grown in Fly Ash Amended Soil | Agriculture II | 2011 |
| Sinn, Dongguen | Base Stabilization and Dust Control Using Calcium Chloride and Fly Ash | Bulk 3 | 2003 |
| Sisk, Dennis | Leachability of Arsenic and Selenium in Submicron Coal Fly Ash | Chemistry II | 2011 |
| Sistani, Karamat | Emission and Leaching Potential of Mercury from Flue Gas Desulfurization (FGD) Byproducts Amended Soil | Agriculture II | 2009 |
| Sjostrom, Sharon | Options to Stabilize and Utilize Tomorrow’s Fly Ash: Approaches and Initial Results | Waste Management VII | 2015 |
| Skeggs, David | Planning and Implementing Schedule Driven CCP Projects at TVA’s Gallatin Fossil Plant | Waste Management II | 2015 |
| Skidmore, Ivan J. | High Carbon Pulverized Fuel Ash as a Fuel Additive in Clay Bricks | Aggregates/Geotechnology IV | 2009 |
| Skilliter, Deborah | Prospects for Coal Ash in the Management of Australian Soils | Agriculture 2 | 2005 |
| Skipper, Ashley | Design and Construction of a Fly Ash Geopolymer Cement Concrete Residential Building | Utilization II | 2015 |
| Skodras, George | Coal Fly-Ash Utilisation in Greece | Posters | 2005 |
| Skodras, George | Utilisation of Biomass Co-combustion Residues Coming from Pulverised Coal Boilers | Posters | 2005 |
| Skrzypchak, Gerard M. | Beneficial Use of Fly Ash for an Airport Safety Way Extension over a Multiple Year Project | Beneficiation I | 2011 |
| Slabaugh, Scott | Development and Properties of Foamed Synthetic Lightweight Aggregates | Aggregates/Geotechnology III | 2007 |
| Slater, Brian | Oxidation of FGD-CaSO3 and Effect on Soil Chemical Properties When Applied to the Soil Surface | Posters | 2007 |
| Slater, Brian | Increased Crop Yield and Economic Return and Improved Soil Quality Due to Land Application of FGD-Gypsum | Posters | 2005 |
| Slatter, Paul | Effect of Fly Ash particle size on its capacity to neutralize Acid Mine Drainage and influence on the rheological behaviour of residual solids | Mining II | 2007 |
| Smajstrla, Kody W. | Efficient Pneumatic Conveying Dense Phase vs. Dilute Phase: How Being Accurate is More Cost Effective Than Being Conservative | Beneficiation I | 2013 |
| Smiley, P Bradford | Quality Management for CCR Storage Facility Construction, Operations, and Closure | Waste Management IX | 2015 |
| Smith, Catriona V. | Groundwater Evaluation for Ash Ponds at a Coal Fired Power Plant in Texas | Environmental I | 2013 |
| Smith, Jacques | Biogeochemistry: A Novel Approach to Managing and Marketing CCR | Disposal I | 2017 |
| Smith, Jacques | CCR Microparticulates and the Trouble They Cause | Ponds XIII | 2017 |
| Smith, Jacques | Sulfur-Oxidizing Bacteria Convert Problematic Waste into Marketable Resource | FGD III | 2017 |
| Smith, John G. | Effects of the Kingston Ash Release on Fish and Benthic Invertebrate Assemblages | Kingston I - Ecological Investigations | 2013 |
| Smith, Katherine | Particulate Emissions from Combustion of a Coal+Tire Blend | Chemistry 1 | 2005 |
| Smith, Kenneth G. | On-Line Monitoring of Carbon in Fly Ash for Boiler Control | Chemistry/Mineralogy IV | 2009 |
| Smith, Ronald T. | Trace element partitioning in ground water at an abandoned mine-land site reclaimed with coal combustion products | Environmental Aspects | 1999 |
| Smith, Ryan | Extensive Real Time Monitoring of Ash Response to Construction-Induced Activity | Geotech II | 2019 |
| Smith, Ryan C | Comparison of Liquid Membrane-Based Separations for Recovery of Rare Earth Elements from Coal Fly Ash Leachates | Rare Earth Elements I | 2019 |
| Smith, Ryan C | Selective Recovery and Concentration of Rare Earth Elements from Coal Ash Leachate Using Liquid Membranes | Rare Earth Elements III | 2017 |
| Smith, Sheryl | Instrumentation Computer Based Training | Waste Management III | 2015 |
| Smith, Sheryl | Benchmarking Study for CCP Beneficial Reuse: A View of the Market | Utilization III | 2013 |
| Sobiecki, A. | Detailed Characterisation of Sasol Ashes | Chemistry 6 | 2005 |
| Sobolev, Konstantin | Demonstration Project: Roller Compacted Concrete Pavement with High Volumes of Harvested Coal Ash | Cement and Concrete VIII | 2019 |
| Sobolev, Konstantin | Innovative Green Cementitious Systems Using Off-Spec Fly Ash | Cement and Concrete IV | 2019 |
| Sobolev, Konstantin | Effect of Spray Dryer Absorber (SDA) Ash on the Performance of Warm Mix Asphalt (WMA) | Cement and Concrete V | 2017 |
| Sobolev, Konstantin | Application of Fly Ash in ASHphalt Concrete: from Challenges to Opportunities | Cement & Concrete VI | 2013 |
| Solanki, Pranshoo | Mechanical Properties of Concrete Containing Recycled Asphalt Pavement and Class C Fly Ash | Posters | 2015 |
| Solis, Andrea V. | Thermal Performance of High Volume Fly Ash Concrete During and After Curing | Cement and Concrete V | 2011 |
| Solovjev, Leonid A. | Ferrospheres from Fly Ashes: Composition and Catalytic Properties in High-Temperature Oxidation of Methane | New Products V | 2011 |
| Solovyov, Leonid A. | Fly Ash Cenospheres: Composition, Morphology, Structure, and Helium Permeability | New Products V | 2011 |
| Solovyov, Leonid A. | High-Calcium Fly Ashes of Selective Sampling and Products of Their Aerodynamic Separation | Posters | 2011 |
| Somerset, Vernon S. | Treatment of Acid Mine Drainage with Fly Ash: Removal of Major, Minor Elements, SO4 and Utilization of the Solid Residues for Wastewater Treatment | Posters | 2005 |
| Somerset, Vernon S. | Utilization of South African Fly Ash to Treat Acid Coal Mine Drainage, and Production of High Quality Zeolites from the Residual Solids | Environment 3 | 2003 |
| Sommer, Todd M. | Real-Time Monitoring of Unburned Carbon on Utility Fly Ash | UBC - Predictive Performance Tools | 2005 |
| Son, Younghwan | Changes in Crushing and Granularity Characteristics of Bottom ash as Compaction Energy | Posters | 2013 |
| Son, Younghwan | Evaluation of Heavy Metal Contamination and Geochemical Characteristics of CCPs in Korea | Posters | 2013 |
| Son, Younghwan | The Creep Behavior of Bottom Ash by controlling size at Undrained condition | Posters | 2013 |
| Song, X. F. | Extraction of Aluminum from Combustion Ash of Coal Spoil | New Products I | 2009 |
| Soong, Yee | Distributions and Extraction of Rare Earth Elements from Coal and Coal By-Products | Rare Earth Elements II | 2017 |
| Soong, Yee | Parametric study of the column oil agglomeration of fly ash | Processing | 1999 |
| Soong, Yee | Triboelectrostatic separation of fly ash | Processing | 1999 |
| Sopajaree, Khajornsak | Modification of Synthetic Zeolite Pellets from Lignite Fly Ash A : The Pelletization | Chemistry & Mineralogy I | 2007 |
| Sopajaree, Khajornsak | Modification of Synthetic Zeolite Pellets from Lignite Fly Ash B : Treatability Study | Chemistry & Mineralogy II | 2007 |
| Sorell, Tamara | Vegetation Impacts of Inorganics in an Ash-Impacted Cattail Marsh | Environment IV | 2011 |
| Sorrenti, Rocco | Transforming Bottom Ash into Fly Ash in Coal Fired Power Stations | Cement and Concrete II | 2009 |
| Soto, Fernando | Examination of Precursors in Fly Ash for Development of an Engineered Geopolymer Concrete | Cement & Concrete II | 2013 |
| Spacek, Dave | Continuous Fly Ash Transfer System or A2P™ at JEC | Ash Facility Management II | 2007 |
| Spangler, Lee | Remediation of Coal Combustion Residuals Using Microbially-Induced Calcite Precipitation | Ponds VIII | 2017 |
| Sparkman, Alan | Comparison of Beneficiated Fly Ash with a Popular Class F Fly Ash in Tennessee | Cement and Concrete VI | 2019 |
| Sparkman, Alan | Preliminary Study of the Potential of a Beneficiated Ultrafine Class F Fly Ash | Cement and Concrete II | 2019 |
| Spatari, Sabrina | Engineering Properties of Fly Ash-Based Lightweight Aggregrate | Cement and Concrete III | 2019 |
| Spear, Sam N | John E. Amos Landfill Soil Nail Wall | Landfill I | 2017 |
| Spruth, Michelle | Working Toward Zero Leachate Discharge for CCR Landfills | Landfill and Pond Issues VI | 2019 |
| Sroczynski, Witold | Plasma vitrification of waste incinerator ashes | Posters | 1999 |
| Stack, Mark E. | Human and Ecological Risk Assessment for the TVA Kingston Fly Ash Recovery Project | Kingston II - Results in CERCLA and NRDA Processes | 2013 |
| Stack, Mark E. | Assessing Risks in a Dynamic Environment –The TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Stack, Mark E. | Baseline Ecological Risk Assessment for the TVA Kingston Fly Ash Recovery Project | Posters | 2011 |
| Stack, Mark E. | Characterization of Coal Fly Ash Associated with a Release of Fly Ash at TVA’s Kingston Fossil Plant | Posters | 2011 |
| Stack, Mark E. | Evaluation of Human Health Risk from Potential Exposures to Fly Ash at the TVA Kingston Fly Ash Recovery Project | Posters | 2011 |
| Stack, Mark E. | Water Quality Monitoring | Posters | 2011 |
| Stam, Arthur F. | Environmental and Health Aspects of Coal and Biomass Co-combustion Ashes | Environment IV | 2011 |
| Stamatakis, Michael | Mine wastewater treatment by highly calcareous and siliceous fly ash: a comparative study | Environmental I | 2013 |
| Stanforth, Robert | Effect of Moisture Conditioning and Handling on Leaching and Physical Properties of Sodium Bicarbonate Flue Gas Desulfurization Materials | Landvill VIII | 2017 |
| Stapleton, Tom | Basemap Data Collection for Ash Pond Closure Designs: Topographic and Bathymetric Challenge | Ponds V | 2015 |
| Stapp, Russell B. | Advanced and Hybrid Closures of CCR Impoundments: Methods for Faster and Less Expensive Alternatives to Standard Clean Close and Cap in Place | Mining and Reclamation II | 2017 |
| Stapp, Russell B. | Wet Impoundment Stabilization, Consolidation, and Landfill Development: The Best Alternative to Dig and Haul Propositions is In-situ Stabilization and Vertical Expansion | Reclamation I | 2015 |
| Steele, Michael J. | Monitoring Stability While Stacking Fly Ash During the Kingston Recovery Project | Project-Specific Case Studies IV | 2019 |
| Steele, Michael J. | Quality Management for CCR Storage Facility Construction, Operations, and Closure | Waste Management IX | 2015 |
| Steele, Michael J. | Closure of the Failed Ash Dredge Cell at Kingston – The Engineering Challenge | Pond Closure | 2013 |
| Steele, Michael J. | Soil-Cement Mixing in Coal Ash for Seismic Stability of the Kingston CCR Facility | Ponds I | 2011 |
| Steen, David | Reproduction in Aquatic and Terrestrial Wildlife Following Remediation of the TVA Coal Ash Spill in Kingston, TN | Kingston I - Ecological Investigations | 2013 |
| Stein, Boris | Beneficial Use of Fly Ash for Concrete Construction in California | Cement & Concrete IV | 2015 |
| Stencel, John M. | Automated Foam Index Testing: A Quantitative Approach to Measure the Capacity and Dynamics During Air Entraining Agent Uptake | Cement or Concrete I | 2009 |
| Stencel, John M. | Characteristics of Fly Ashes and Processing Conditions Affecting Carbon-Ash Separation under Pneumatic Transport, Triboelectric Processing | UBC - Beneficiation of High-LOI Fly Ash - A.M. | 2005 |
| Stencel, John M. | Development of an Automated Foam Index Test | Cement and Concrete 7 | 2005 |
| Stencel, John M. | Commercialization Status of a Pneumatic Transport, Triboelectrostatic System for Carbon/Ash Separation | Beneficiation I | 2001 |
| Stencel, John M. | New Products from Coal Combustion Ash: Selective Extraction of Particles with Density < 2 | New Products II | 2001 |
| Stencel, John M. | The Influence of Ash Particles Interactions During Pneumatic Transport, Triboelectric Beneficiation | Beneficiation I | 2001 |
| Stencel, John M. | Thermal Characteristics of Ammonia Release from Combustion Ash | Ammonia | 2001 |
| Stencel, John M. | Technology development for carbon-ash beneficiation by pneumatic transport, triboelectric processing | Processing | 1999 |
| Stencel, John M. | Triboelectric process of combustion fly ash after carbon burnout | Processing | 1999 |
| Stephens, Jerry E. | Identification and Verification of Self-Cementing Fly Ash Binders for "Green" Concrete | Cement and Concrete II | 2011 |
| Stephens, Jerry E. | Changing the Environment: An Alternative “Green” Concrete Produced without Portland Cement | Cement and Concrete III | 2009 |
| Stephens, Jerry E. | Structural Applications of 100 Percent Fly Ash Concrete | Cement and Concrete 5 | 2005 |
| Stephens, Tom | Coal Combustion Residuals Management Using Geotextile Containers- Considerations for Various Options | CCP Storage and Management VIII | 2019 |
| Stephenson, Leanne | Comparison of Waste from PF Utilities and Transitional Technologies using Australian Coal | Chemistry/Mineralogy III | 2009 |
| Stephenson, Leanne | Evaluating the Interaction of Coal Ash Leachates with Rock Materials for Mine Backfill Studies | Chemistry/Mineralogy II | 2009 |
| Stephenson, Leanne | Variations in Element Mobility from Fly Ashes Stored in Different Environments | Environmental I | 2009 |
| Stepic, Michael | CCP Facility Master Closure Strategies | Waste Management IX | 2015 |
| Stepic, Michael | CCP Landfill and Dry Stack Operational Challenges and the Engineering Solutions that Work | Ponds VI | 2013 |
| Stevens, Will | The Cementitious and Pozzolanic Properties of Fluidized Bed Combustion Fly Ash | Cement and Concrete V | 2009 |
| Stevens, Will | The Cementitious and Pozzolanic Properties of Fluidized Bed Combustion Fly Ash | Posters | 2009 |
| Stewart, Barry R. | American Coal Ash Association programs to advance the management and use of coal combustion products (CCPs) | Institutional and Government Programs | 1999 |
| Stewart, Barry R. | Characterization of acid leaching reactions in coal refuse/coal fly ash bulk blends | Environmental Aspects | 1999 |
| Stewart, Barry R. | Materials flow in the production and use of coal combustion products | Economic Development Issues | 1999 |
| Stockdill, Shane | Alternative Final Cover System Demonstrations and the Associated Benefits | Landfill and Pond Issues IX | 2019 |
| Stokes, Jonathan | Full-Depth Cold In-Place Recycling of Asphalt Pavements Using Self-Cementing Fly Ash: Field and Laboratory Study | Cement and Concrete 2 | 2005 |
| Stoll, Joshua | Development of Wood-Substitute Composites from FGD Sulfite-Rich Scrubber Material and Waste Plastic Bottles While Taming Potential Mercury Reemission | New Products I | 2009 |
| Stong, Todd J. | Geotechnical Properties of Flue Gas Desulfurization Material and Containment Implications | Geotech I | 2019 |
| Stong, Todd J. | An Economic Approach to Dewatering Coarse-Grained Coal Combustion Residuals | Regulations | 2017 |
| Stong, Todd J. | Challenges and Successes of Operating an Innovative Coal Combustion Product Containment Facility | Regulations II | 2015 |
| Stong, Todd J. | Managing Coal Combustion Products and Process Water in the New Regulatory Environment | Beneficiation I | 2011 |
| Stong, Todd J. | Modeling of Constantly Evolving CCP Management Options at a Coal-fired Power Plant | Environment 1 | 2003 |
| Stout, William L. | A field evaluation of the use of FBC flyash for barnyard pavement | Construction and Evolution of CCPs | 1999 |
| Strachan, William | CHALLENGES MET IN USING BOTTOM ASH AS A LANDFILL DRAINAGE MEDIA | Landfill and Pond Issues I | 2019 |
| Straley, Charles F | CCR Landfill Final Cover Test Pad | Landfill and Pond Issues VII | 2019 |
| Straley, Charles F | John E. Amos Landfill Soil Nail Wall | Landfill I | 2017 |
| Stroh, Tony | Modeling of Constantly Evolving CCP Management Options at a Coal-fired Power Plant | Environment 1 | 2003 |
| Strompinis, Nikolaos | Utilising Stockpiled Fly Ash to Manufacture Sand for Mortar | Cement & Concrete IV | 2015 |
| Stuart, Ben J. | Use of flue gas desulfurization by-product for mine sealing and abatement of acid mine drainage | Haulback/Remediation | 1999 |
| Stucki, Joseph W. | Producing Fired Bricks Using Coal Slag from a Gasification Plant in Indiana | Construction | 2009 |
| Stucki, Joseph W. | Plant Growth in Sandy Soil/Compost Mixture and Commercial Peat Moss both Amended with Illinois Coal Fly Ash | Posters | 2005 |
| Stutzman, Paul | Linking Fly Ash Composition to Performance in Cementitious Systems | Cement & Concrete VIII | 2015 |
| Su, Jianhui | Fly Ash-based Fillers and Flame Retardants | Utilization II | 2015 |
| Su, Jianhui | Fly Ash Separation Technology and its Potential Applications | Cement & Concrete II | 2013 |
| Su, Qingfa | Development of Key Technologies for Dry FGD By-Product Resource Comprehensive Utilization: A Project History | China Delegation II | 2015 |
| Su, Qingfa | Evaluation of Circulating Fluidized Bed-Dry Flue Gas Desulfurization (CFB-FGD) Byproducts in Cement Applications | Cement & Concrete V | 2015 |
| Su, Tingzhi | Calcium Effect on Arsenic (V) Adsorption onto Coal Fly Ash | Chemistry & Mineralogy II | 2007 |
| Summers, Karen V. | Remediation of Groundwater at Coal Combustion Product Management Facilities: Driving Issues and Future Trends | Environmental I | 2009 |
| Sun, Ping | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon | Mercury I | 2007 |
| Sun, Ping | Chemical Composition and Engineering Properties of Solid By-products Collected from the Ohio State Carbonation and Ash Reactivation (OSCAR) Process | Chemistry 7 | 2005 |
| Sun, Ping | Characterization of Hg, As and Se in Lime Spray Dryer Ash | FGD 1 | 2003 |
| Sun, Ping | Short and Long Term Variability of Flue Gas Desulfurization By-Product | Chemistry and Mineralogy I | 2001 |
| Sundaram, Vijay | Boron Treatment Alternatives for CCR Porewater, Leachate and Groundwater | Groundwater and Environment XIII | 2019 |
| Surender, Damini | Development of a Co-Disposal Protocol for the Neutralization and Amelioration of Acid Mine Drainage with Fly Ash | Mine Reclamation 1 | 2005 |
| Surma, Jeffrey E. | Production of Recycled Products from Coal Ash Using a Plasma Enhanced Melter™ | New Products I | 2001 |
| Surridge, Karen AKJ | Ash Microbiology: A Molecular Study | Mining/Reclamation I | 2009 |
| Surridge, Karen AKJ | Predicting the Efficacy of Fly Ash as a Soil Ameliorant | Agriculture I | 2009 |
| Surridge, Karen AKJ | Preliminary Microbial Studies on the Impact of Plants and South African Fly Ash on Amelioration of Crude Oil Polluted Acid Soils | Agriculture I | 2009 |
| Sutter, Lawrence L. | A Summary of Proposed Changes to AASHTO M 295 Resulting from NCHRP Project 18-13 - Specifications and Protocols for Acceptance Tests of Fly Ash Used in Highway Concrete | Cement & Concrete VI | 2013 |
| Sutton, Michael E. | Benchmarking Study for CCP Beneficial Reuse: A View of the Market | Utilization III | 2013 |
| Sutton, Michael E. | Radon Emissions from a High Volume Coal Fly Ash Structural Fill Site | Environmental Benefits II | 2001 |
| Sutton, Michael E. | Autoclaved cellular concrete, the future of fly ash | Concrete and Cement | 1999 |
| Suuberg, Eric M. | Adsorption of Ammonia on Coal Fly Ash | Ammonia | 2001 |
| Suuberg, Eric M. | Ozonation for the Chemical Modification of Carbon Surfaces in Fly Ash | New Products II | 2001 |
| Su-x, Qingfa | Development of Dry FGD By-Product Utilization as Building Materials in China | Utilization I | 2013 |
| Su-x, Qingfa | Dry FGD By-Product Characteristics and Utilization - International Perspective | FGD I | 2013 |
| Su-x, Qingfa | Dry CFB-FGD By-Product Utilization - International Prospectives | Beneficiation II | 2011 |
| Swain, D. K. | Fly Ash – a Potential Source of Soil Amendment and a Component of Integrated Plant Nutrient Supply System | Environment 1 | 2003 |
| Swan, Christopher W. | Compressive, Flexural, and Tensile Strengths of Various Mortar Mixes Containing Synthetic Lightweight Aggregate | Cement and Concrete II | 2017 |
| Swan, Christopher W. | The Strength Characteristics of Mortar Concretes Containing Synthetic Lightweight Aggregate and Calcium Carbonate | Cement and Concrete II | 2017 |
| Swan, Christopher W. | The Behavior of Synthetic Lightweight Aggregate Subjected to Direct Shear Loading | Posters | 2015 |
| Swan, Christopher W. | Design of Fly-Ash Concrete Masonry for Optimal Carbon Sequestration | Posters | 2013 |
| Swan, Christopher W. | The Use of Synthetic Lightweight Aggregates as a Component of Sustainable Designs | Aggregates/Geotechnology V | 2009 |
| Swan, Christopher W. | Compression Behavior of Synthetic Lightweight Aggregates | Aggregates/Geotechnology IV | 2007 |
| Swan, Christopher W. | Development and Properties of Foamed Synthetic Lightweight Aggregates | Aggregates/Geotechnology III | 2007 |
| Swan, Christopher W. | Flowable Fills Developed With High Volumes of Fly Ash | Aggregates/Geotechnology III | 2007 |
| Swan, Christopher W. | Geotechnical properties of innovative, synthetic lightweight aggregates | New Products | 1999 |
| Swan, Christopher W. | Optimization and economic evaluation of coal fly ash reuse in new synthetic lightweight aggregates | New Products | 1999 |
| Swanson, Sharon M. | Characterization of Feed Coal and Coal Combustion Products in a Power Plant Utilizing Northern Appalachian Basin Coal: A Mass Balance Approach | Chemistry/Mineralogy I | 2009 |
| Sweet, Palmer C. | Use of Coal Combustion Products in Virginia | Construction Products II | 2001 |
| Swenson, John P. | Macroencapsulation: An Economic and Environmental Framework for Using Coal Combustion Residuals as Beneficial Reuse | Posters | 2015 |
| Szczygielski, Kamil | TEFRA® Project - The usage of the anthropogenic minerals as the CO2 emission reduction materials | Cement & Concrete VII | 2015 |
| Szczygielski, Tomasz | HCFA and CO2 Savings in Europe – Resources, Markets, Technologies | Chemistry/Mineralogy III | 2009 |
| Szczygielski, Tomasz | Peat Consolidation with Bottom Ash - Theory and Practice | Agriculture 1 | 2005 |
| Szotek, Valerie | FGD Byproduct Fixation and Stabilization Alternatives with Ash Systems | FGD I | 2015 |
| Taerakul, Panuwat | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon | Mercury I | 2007 |
| Taerakul, Panuwat | Chemical Composition and Engineering Properties of Solid By-products Collected from the Ohio State Carbonation and Ash Reactivation (OSCAR) Process | Chemistry 7 | 2005 |
| Taerakul, Panuwat | Short- and Long-Term Behavior of Fixated FGD Material Grout at the Roberts-Dawson Mine | OSM Interactive Forum Session 1 | 2005 |
| Taerakul, Panuwat | Characterization of Hg, As and Se in Lime Spray Dryer Ash | FGD 1 | 2003 |
| Taerakul, Panuwat | Short and Long Term Variability of Flue Gas Desulfurization By-Product | Chemistry and Mineralogy I | 2001 |
| Taerakul, Panuwat | Water Quality at the Roberts-Dawson Coal Mine Three Years After Placement of Flue Gas Desulfurization By-Product | Mining I | 2001 |
| Taggart, Ross K | Comparison of Liquid Membrane-Based Separations for Recovery of Rare Earth Elements from Coal Fly Ash Leachates | Rare Earth Elements I | 2019 |
| Taggart, Ross K | Rare earth element recovery from coal fly ash by roasting and leaching methods | Rare Earth Elements I | 2017 |
| Taggart, Ross K | Selective Recovery and Concentration of Rare Earth Elements from Coal Ash Leachate Using Liquid Membranes | Rare Earth Elements III | 2017 |
| Taggart, Ross K | Recovering Rare Earth Metals from Coal Fly Ash | Chemistry I | 2015 |
| Taha, Rachid | Recovery of Rare Earth Elements from Coal Ash with a Recycling Acid Leach Process | Rare Earth Elements III | 2017 |
| Tamboer, Leendert | Field Leaching of Bricks and Concrete Containing Coal Fly Ash | Construction Products III | 2001 |
| Tamilselvan, S. | Flyash Based Bacterial Pesticides for Mosquito Control | New Products I | 2011 |
| Tandon, Vivek | Influence of Coal Fly Ash on Mechanical Properties of Mortar Consisting of Total Dissolved Solids | Cement & Concrete V | 2013 |
| Tang, Yuegang | A study on the petrology and geochemistry of feed coals and their gasified residues, Ningxia Hui Autonomous Region, China | Chemistry V | 2015 |
| Tang, Zhenhua | Current Status and Prospect of Fly Ash Utilization in China | Chemistry VI | 2013 |
| Tang, Zhong | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent | Mercury II | 2007 |
| Tanosaki, Takao | Are Fly Ashes Green? | Chemistry II | 2011 |
| Tanosaki, Takao | Effect of Additives on Slag Properties in an Entrained Bed Gasifier | Aggregates III | 2011 |
| Tanosaki, Takao | Characterization of East Asian Fly Ash by Polarization Microscope | Posters | 2009 |
| Tanosaki, Takao | Leaching test of coal fly ash for the landfill | Ash Facility Management I | 2007 |
| Tanosaki, Takao | Pozzolanic reactions between natural and artificial aggregate and the concrete matrix | Cement and Concrete IV | 2007 |
| Tanyu, Burak | Reliability Analysis of an Existing Ash Basin Embankment | Ponds VI | 2015 |
| Tao, Daniel | Coal Ash Beneficiation and Utilization in Coal Separation Process | Posters | 2005 |
| Tao, Xiuxiang | Coal Ash Beneficiation and Utilization in Coal Separation Process | Posters | 2005 |
| Tapp, Kenneth L. | Ponded Bottom Ash, One Man’s Treasure | Beneficiation I | 2001 |
| Tarantino, Joseph | The Use of FBC Ash for Alkaline Addition at Surface Coal Mines | Mining I | 2001 |
| Tarquin, Anthony J. | Influence of Coal Fly Ash on Mechanical Properties of Mortar Consisting of Total Dissolved Solids | Cement & Concrete V | 2013 |
| Tarver, Jana C. | Potential for Metal Leaching and Toxicity from Fly Ash Applied for Increasing Carbon Sequestration in Soil | Agriculture 4 | 2005 |
| Tatarazako, Norihisa | Effect of Additives on Slag Properties in an Entrained Bed Gasifier | Aggregates III | 2011 |
| Taulbee, Darrell N. | Reducing the Explosion Potential of Ammonium Nitrate Fertilizer by Coating with Coal Combustion By-Products | New Products III | 2009 |
| Taulbee, Darrell N. | Studies of Mercury Capture on Fly Ash: Examples from Power Plants Burning Kentucky Coals | Environmental Benefits III | 2001 |
| Taulbee, Darrell N. | Characterization of differing forms of unburned carbon present in fly ash | Chemistry and Mineralogy | 1999 |
| Taulbee, Darrell N. | Use of unburned carbon in fly ash as precursor for the development of activated carbons | New Products | 1999 |
| Tawil, Al | In-Situ Mixed Concrete with 93 % to 100% Recycled Content: We Energies “Eco-Pad” Pavement | Cement and Concrete III | 2007 |
| Tayler, Garth | The Use of Bottom Ash in the Manufacture of Clay Face Brick | New Products III | 2011 |
| Taylor, James | On-Line Monitoring of Carbon in Fly Ash for Boiler Control | Chemistry/Mineralogy IV | 2009 |
| Taylor, Paul | Water-Repellent Performance in Pozzolanic and Traditional Mortars | Cement and Concrete VI | 2007 |
| te Winkel, Henk | Environmental and Health Aspects of Coal and Biomass Co-combustion Ashes | Environment IV | 2011 |
| te Winkel, Henk | Environmental and Health Aspects of Ashes Produced at Co-Combustion of Biomass | Environmental III | 2009 |
| te Winkel, Henk | Environmental and health aspects of ashes produced at co-combustion of biomass | Environmental IV | 2007 |
| te Winkel, Henk | Field Leaching of Bricks and Concrete Containing Coal Fly Ash | Construction Products III | 2001 |
| te Winkel, Henk | Health Aspects of Coal Fly Ash | Keynote - Plenary | 2001 |
| Tempest, Brett | Design and Construction of a Fly Ash Geopolymer Cement Concrete Residential Building | Utilization II | 2015 |
| Tempest, Brett | Compressive Strength and Embodied Energy Optimization of Fly Ash Based Geopolymer Cement Concrete | Cement and Concrete VIII | 2009 |
| Tempest, Brett | Effect of Hydroxyl Ion on Immobilization of Oxyanions Forming Trace Elements from Fly Ash-based Geopolymer Concrete | Cement and Concrete VIII | 2009 |
| Tewary, B.K. | Performance of Several Crops Grown in Fly Ash Amended Soil | Agriculture II | 2011 |
| Thai, Lam | Portable Dewatering Options for CCP’s | FGD I | 2015 |
| Thakali, Sagar | Ecological Effects of Coal Combustion Products (CCPs): A Literature Review of Observed Effects and Considerations for Managing Risks | Chemistry IV - Toxicity | 2013 |
| Thane, Abby | Remediation of Coal Combustion Residuals Using Microbially-Induced Calcite Precipitation | Ponds VIII | 2017 |
| Theisen, Marc S. | Case Studies for Successful Coal Ash and Mine Closure Using Innovative Cover Systems | Landfill and Pond Issues VII | 2019 |
| Theisen, Marc S. | Engineered Soils for Cost Effective Coal Ash Cover Systems | Ponds I | 2017 |
| Theisen, Marc S. | The Five Fundamentals for Successful Restoration of Coal Ash Sites | Reclamation II | 2015 |
| Thenoux, Guillermo | Improved Performance of Soils Stabilized with FBC Ash | Aggregates/Geotechnology III | 2009 |
| Thomas, Gerald A. | Chemically active aerogel-fly ash composites for mercury clean-up | Mercury/Health Aspects of Fly Ash | 1999 |
| Thomas, Gerald A. | Impact of conversion to low-NOx combustion on fly ash quality: investigation of a unit burning high-sulfur coal | Chemistry and Mineralogy | 1999 |
| Thomas, Jane V. | Understanding CCP Leaching Procedures | Environment III | 2011 |
| Thomas, Jeremy M | Strategic Management of Active CCR Impoundments | Ponds III | 2017 |
| Thomas, Joseph | Non-Spec Fly Ash Remediation | Cement and Concrete VI | 2017 |
| Thompson, Alan W. | The Removal of Carbon from Fly Ash Using Supercritical Water Oxidation | Beneficiation I | 2001 |
| Thompson, Joel | Surface Water and Groundwater Mixing in Alluvial Floodplains: A Significant Issue for Understanding Contaminant Transport at Coal Ash Facilities Adjacent to Rivers | Groundwater and Environment XVI | 2019 |
| Thompson, Joel | Using Numerical Models of Dewatering at Coal Ash Impoundments to Understand Cost and Schedule | Landfill and Pond Issues XII | 2019 |
| Thompson, Robert | Distributions and Extraction of Rare Earth Elements from Coal and Coal By-Products | Rare Earth Elements II | 2017 |
| Thompson, Robert | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor | Posters | 2007 |
| Thomson, Margaret | In-Situ Lime Stabilization of Ponded CCRs – Results of an Ongoing Laboratory Feasibility Study | Waste Management X | 2015 |
| Thorneloe, Susan A. | The Leaching Environmental Assessment Framework as a Tool for Evaluating Release from Coal Combustion Residues | Environment VI | 2011 |
| Thriveni, Thenepalli | Monitoring of PM2.5 in coal ash samples & heavy metals stabilization by carbonation method | Posters | 2017 |
| Thriveni, Thenepalli | Occurrence and Distribution of Rare Earths with Different Coal Power Plants Ash and Recovery of Critical Rare Earths from Coal Ash for Simultaneous Utilization of CO2 | Chemistry III | 2015 |
| Thurman, James T. | Reducing the Explosion Potential of Ammonium Nitrate Fertilizer by Coating with Coal Combustion By-Products | New Products III | 2009 |
| Tian, Chong | Mineralogy of High Aluminum Fly Ash and Trace Element Distributions during its Utilization in Inner Mongolia, China | Posters | 2015 |
| Tilton, Claire | The Behavior of Synthetic Lightweight Aggregate Subjected to Direct Shear Loading | Posters | 2015 |
| Tilton, Jennifer | Strategic Approaches to Address the Unique Challenges of Groundwater Remediation at Coal Ash Facilities | Groundwater and Environment VI | 2019 |
| Timmons, Dale | The Role of Dense Slurry in Achieving Zero Liquid Discharge | FGD I | 2017 |
| Timmons, Dale | Dense Slurry Ash Management: How Water and Additive Concentrations Affect Environmental Performance | Waste Management I | 2015 |
| Timones, Joane | Recent Insights into Mechanically-Enhanced Evaporation of Mine Affected Waters | Ponds XIV | 2017 |
| Timpson, Christopher | Unique Approaches of Coal Ash Management Using Geotextile Tubes | Geotech II | 2017 |
| Tipton, James D. | Dewatering a Dry Fly Ash Stack The Piggyback Part 1 | Environment VIII | 2011 |
| Tishmack, Jody K. | Use of Coal Combustion By-Products to Reduce Soil Erosion | Environmental Benefits I | 2001 |
| Tishmack, Jody K. | Use of Coal Combustion By-Products to Reduce Soil Erosion | Posters | 2001 |
| Tlachac, Eric J. | Development of Alternative Source Demonstrations for Groundwater Quality Exceedances at CCR Sites Using EPRI’s Guidance Document | Groundwater and Environment IV | 2019 |
| Tlachac, Eric J. | Methodology for Predictive Groundwater Quality Compliance Analysis with Focus on Cobalt, Lead, Lithium, and Molybdenum | Chemistry I | 2017 |
| Tlachac, Eric J. | Closure of Unlined CCR Impoundments: Working with State and Federal Agencies to Develop a Mutually Acceptable Solution | Environment II | 2011 |
| To, Thi Cong | Fly Ash-Carbon Effects on Concrete Air Entrainment: Fundamental Studies on Their Origin and Chemical Mitigation | Cement or Concrete I | 2009 |
| To, Thi Cong | Mode of Action of Anionic Surfactants for Air Entrainment in Cement Pastes w-w/o Fly Ash | Cement or Concrete I | 2009 |
| Toai, Tara Van | Effects of Flue Gas Desulfurization Products as Soil Amendments to Improve Water Quality | Agriculture I | 2013 |
| Toepfer, Glen | Studies of Geosynthetic Asset Acquisitions Failures and Success Strategies | Landfill and Pond Issues VIII | 2019 |
| Togni, Carl S. | Use of flue gas desulfurization by-product for mine sealing and abatement of acid mine drainage | Haulback/Remediation | 1999 |
| Tolhurst, Lucinda | Commercial Recovery of Metals from Coal Ash | Chemistry I | 2015 |
| Tolmer, Daniel M | Managing Springs Emanating from Coal Combustion Residual Disposal Impoundments | Groundwater and Environment II | 2017 |
| Tolmer, Daniel M | Performance of an Alternative Final Cover System at the Little Blue Run Disposal Area | Ponds IX | 2017 |
| Tolokken, Leif | CCP Dewatering Using a Horizontal Well | Landfill III | 2017 |
| Tolson, Keith | Rapid Assessment of Coal Combustion Products Utilizing Microscopy Techniques | Posters | 2011 |
| Tomas, Alfredo | Differential Partitioning and Speciation of Hg in Wet FGD Facilities of PCC Power Plants | FGD | 2009 |
| Tomas, Alfredo | Fate of Trace Pollutants in PCC-FGD Power Plants | Chemistry/Mineralogy II | 2009 |
| Topping, Gerald | Flowable Fills Developed With High Volumes of Fly Ash | Aggregates/Geotechnology III | 2007 |
| Torbert, H. Allen | Use of FGD Gypsum on a Bermudagrass Pasture in the Appalachian Plateau Region | Agriculture I | 2011 |
| Torres, Perla | Coal Ash Concrete Blocks for Reduction of Algal Growth and Ammonia Toxicity | Environment I | 2011 |
| Touliou, Sofia | Influence of Coal Geochemistry on the Leaching of Lignite-fired By-products | Chemistry II | 2011 |
| Tova, Enrique | New LOI Monitor for Maximizing Accuracy and Reliability Using Calcination Techniques | Environment V | 2011 |
| Traina, Samuel | Short- and Long-Term Behavior of Fixated FGD Material Grout at the Roberts-Dawson Mine | OSM Interactive Forum Session 1 | 2005 |
| Tran, Phouc X | Profiling rare earth elements in Power River Basin sub-bituminous coal ash using laser-induced breakdown spectroscopy (LIBS) | Posters | 2015 |
| Tranquilla, James M. | Microwave Carbon Burnout (MCB): Gas Byproducts and Deportment of Specific Metallic Elements | Beneficiation I | 2001 |
| Trast, John | Beneficial Use of Fly Ash for an Airport Safety Way Extension over a Multiple Year Project | Beneficiation I | 2011 |
| Trejo, David | Thermodynamic Investigation of Cementitious Mixtures Incorporating Off-Spec Fly Ashes | Cement and Concrete VII | 2019 |
| Trejo, David | Effects of Mixing and Transportation on Characteristics of Comentitious Systems Containing Fly Ash | Cement & Concrete IV | 2013 |
| Trejo, Maria | Design and Construction of a Fly Ash Geopolymer Cement Concrete Residential Building | Utilization II | 2015 |
| Tremouli, Asimina | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass | Posters | 2007 |
| Tri, Le Ho Minh | Trench Backfill Material Using Plant Coal Ash | Posters | 2017 |
| Trimble, Alan S. | Impact of conversion to low-NOx combustion on fly ash quality: investigation of a unit burning high-sulfur coal | Chemistry and Mineralogy | 1999 |
| Tripathi, A.K. | EFFECT OF COAL FLY ASH ON AGRICULTURAL CROPS :SECOND PHASE SHOWCASE PROJECT ON USE OF FLY ASH IN AGRICULTURE IN AND AROUND THERMAL POWER STATION AREAS OF NATIONAL | Geotech III | 2019 |
| Troyer, Eric | Remediation of Coal Combustion Residuals Using Microbially-Induced Calcite Precipitation | Ponds VIII | 2017 |
| Truter, Wayne F. | The use of class F fly ash in reclaiming the agricultural potential of surface coal mine cover soils | Agriculture I | 2013 |
| Truter, Wayne F. | Re-vegetation of Cover Soils and Coal Discard Material Ameliorated with Class F Fly Ash | Mining/Reclamation II | 2009 |
| Truter, Wayne F. | Re-Vegetating Mine Land that Has Been Ameliorated with Alternative Soil Ameliorants | Mine Reclamation 3 | 2005 |
| Truter, Wayne F. | The Use of a Soil Ameliorant Based on Fly ash and Sewage Sludge | Environmental Benefits II | 2001 |
| Tsikardani, Eleni | Greek fly ash as a cement replacement in the production of paving blocks | Cement and Concrete III | 2007 |
| Tsimas, Stamatis | Standardization Aspects Concerning High Calcium Fly Ashes | Cement and Concrete II | 2009 |
| Tu, Wei | Evaluation of Liquefaction Potential of Impounded Fly Ash | Environmental III | 2007 |
| Tu, Wei | Full Depth Reclamation of Asphalt Pavements Using Class F Fly Ash | Aggregates/Geotechnology I | 2007 |
| Tu, Wei | The Consolidation Characteristics of Impounded Class F Fly Ash – A Case History | Ash Facility Management I | 2007 |
| Turnbow, Michael S. | Improving Risk Assessments for Coal Combustion Residual Impoundment Dikles and Dams | Ponds & Landfills II | 2013 |
| Turnbow, Michael S. | TVA CCR Disposal Facility Assessment | Ponds II | 2011 |
| Turnbow, Scott | TVA Kingston Peninsula Disposal Site Phase IA: Project Challenges Developing Over Karst Formations | Waste Management II | 2015 |
| Tyra, Mark | Rates of Ammonia Loss from Mortar | Ammonia | 2001 |
| Tyra, Mark | Research in Ammonia Diffusivity in Portland Cement Based Mixes | Ammonia | 2001 |
| Tyson, Samuel S. | American Coal Ash Association programs to advance the management and use of coal combustion products (CCPs) | Institutional and Government Programs | 1999 |
| Ulrich, Shannon | Iron-Based Strategies for In Situ Treatment of Arsenic and Metals Impacts at Coal Ash Facilities | Groundwater and Environment XII | 2019 |
| Um, Nam-Il | Characteristic of Magnetic-Substance Classification from Coal Bottom Ash using Wet Magnetic Separator | Aggregates/Geotechnology V | 2009 |
| Um, Nam-Il | Manufacture of Cementitious Materials with Coal Combustion Bottom Ash and FGD gypsum | Cement and Concrete IV | 2009 |
| Umana, Juan Carlos | Fly Ash Zeolitization Products Applied to Waste Water and Flue Gas Decontamination | Environmental Benefits I | 2001 |
| Umana, Juan Carlos | Extraction of major soluble impurities from fly ash in open and closed leaching systems | Chemistry and Mineralogy | 1999 |
| Umana, Juan Carlos | Synthesis of zeolites from fly ash in a pilot plant scale: examples of potential environmental applications | Chemistry and Mineralogy | 1999 |
| Umana, Juan Carlos | Zeolitisation of coal fly ashes using microwaves. Process optimisation | Posters | 1999 |
| Umit, Atalay | Utilization of Fly Ash in Manufacturing of Building Bricks | Construction Products II | 2001 |
| Urrutia, J. L. | Impermeable Liner/Synthetic Turf Closures for Landfills | Environment III | 2011 |
| Urrutia, Jose | An Innovative Cover System Ideally Suited to Coal Ash Impoundment Closure | Ponds VI | 2015 |
| Vadapalli, Viswanath Kumar | Chemical Weathering in a Dry Ash Dump: An Insight from Physicochemical and Mineralogical Analysis of Drilled Cores | Environmental IV | 2009 |
| Vadapalli, Viswanath Kumar | Effect of Fly Ash particle size on its capacity to neutralize Acid Mine Drainage and influence on the rheological behaviour of residual solids | Mining II | 2007 |
| Vaidya, Saiprasad | Experimental Evaluation of Self-Cure Geopolymer Concrete for Mass Pour Applications | Cement and Concrete IV | 2011 |
| Vale, Jose Francisco | Development of Acoustic Barriers Mainly Composed of Co-Combustion Bottom Ash | New Products I | 2011 |
| Vale, Jose Francisco | Use of Different Geopolymeric Agents for the Stabilization/Solidification (S/S) of a Metallurigcal Waste | Aggregates/Geotechnology II | 2009 |
| Vale, Jose Francisco | Waste Stabilization/Solidification (S/S) Using Fly Ash-Based Geopolymers. Influence of Carbonation on the S/S of an EAF Dust | Posters | 2009 |
| Vale, Jose Francisco | Immobilization of a metallurgical waste using fly ash-based geopolymers | Posters | 2007 |
| Vale, Jose Francisco | Use of zeolitised fly ashes in fire resistant plates | Emerging Technology I | 2007 |
| Valencic, Aaron | Dust Suppression In Coal Ash Applications | Environmental II | 2013 |
| Valentim, Bruno V. | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Valentim, Bruno V. | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Valentim, Bruno V. | Laminar Calcite Aggregates Formation in the Fly Ash light Fraction | Posters | 2009 |
| Valero, Antonio | Synthesis of zeolites from fly ash in a pilot plant scale: examples of potential environmental applications | Chemistry and Mineralogy | 1999 |
| Van Alphen, Chris | Detailed Characterisation of Sasol Ashes | Chemistry 6 | 2005 |
| van den Berg, Jan W. | Coal Fly Ash Management in Europe: Trends, Regulations and Health & Safety Aspects | Keynote - Plenary | 2001 |
| Van Der Merwe, Alicia | Preliminary Microbial Studies on the Impact of Plants and South African Fly Ash on Amelioration of Crude Oil Polluted Acid Soils | Agriculture I | 2009 |
| van der Merwe, Elizabet M. | Compressive Strength of Chemically and Mechanically Activated Aluminosilicate systems | Posters | 2015 |
| van der Merwe, Elizabet M. | Extraction of Aluminum and other Strategic Metals from Coal Fly Ash using a Novel Process and Low-cost Recoverable Reagent | Chemistry III | 2015 |
| van der Merwe, Elizabet M. | The Effect of Sulphuric Acid Concentration on the Removal of Reactive Aluminium from South African Coal Fly Ash | Posters | 2015 |
| van der Merwe, Elizabet M. | Characterization of Coal Fly Ash Modified by Sodium Lauryl Sulphate | Posters | 2011 |
| van der Merwe, Elizabet M. | The Injection of Fly Ash Slurries in Deep Geological Reservoirs for Improved Reservoir Integrity and Safe CO2 Sequestration | Posters | 2011 |
| Van Dyke, James | Reproduction in Aquatic and Terrestrial Wildlife Following Remediation of the TVA Coal Ash Spill in Kingston, TN | Kingston I - Ecological Investigations | 2013 |
| van Eijk, R.J. | Environmental and Health Aspects of Coal and Biomass Co-combustion Ashes | Environment IV | 2011 |
| Van Engelenhoven, Jesse | Environmental Properties of Fly Ash Bricks | Construction | 2009 |
| Van Engelenhoven, Jesse | Use of ASTM Standards for Testing Freeze-Thaw Resistance of Fly Ash Bricks | Posters | 2009 |
| van Reeuwijk, L. P. | Clay formation during weathering of alkaline coal fly ash | Chemistry and Mineralogy | 1999 |
| Vance, April | Preparing for Closure of the John Sevier Fossil Plant: Re-routing of the Bottom Ash Pond Outfall Driven by NPDES Requirements | Ponds III | 2013 |
| VanGansbeke, Larry C | Embankment Load Tests on an Active Ash Basin | Ash Facility Management II | 2007 |
| VanNimwegen, James | Intelligent Testing Analytics and Validated Compaction Monitoring for Gypsum Landfill | Landfill and Pond Issues X | 2019 |
| Varner, Michael | Cost-Effective, Environmentally-Friendly Ash Beneficiation Technology | Beneficiation and Processing I | 2019 |
| Vasilatos, Charalampos | Mine wastewater treatment by highly calcareous and siliceous fly ash: a comparative study | Environmental I | 2013 |
| Vasilatos, Charalampos | Incorporation of High-Ca Fly Ash Particles into A356 Al by Stir Casting Technique and Characterization of the Fabricated Composites | New Products V | 2011 |
| Vasilatos, Charalampos | Pressure Infiltration Technique for the Synthesis of A356 Al/fly Ash Composites: Microstructure and Tribological Performance | New Products IV | 2011 |
| Vasilatos, Charalampos | Characterization of CFB-Coal Fly Ash Zeolitic Materials and Their Potential Use in Wastewater Treatment | New Products III | 2009 |
| Vasiliauskas, Al | Successful fly ash beneficiation at Carolina Power & Light’s Roxboro Station | Processing | 1999 |
| Vassilatos, Charis | Mixture of Lignite Fly Ash in Concrete: Physical and Mineralogical Characterization – Case Study from Ptolemais, Northern Greece | Cement and Concrete 5 | 2005 |
| Vassilev, Stanislav | Multicomponent Utilization of Fly Ash: Dream or Reality | Beneficiation I | 2001 |
| Vaughan, Matthew C | John Sevier Dry Fly Ash Stack - Sequencing of CCR Waste Facility Closures | Waste Management II | 2015 |
| Vazquez, Enric | Comparison Between Laboratory Leaching Properties and Field Experiments of MSWI Bottom Ash Used as an Unbound Granular Material for Road Pavements | Aggregates 1 | 2005 |
| Vazquez, Enric | Use of Bottom Ash from Municipal Solid Waste Incineration as a Road Material | Construction Products III | 2001 |
| Velleux, Mark | Surface complexation model use and sorptive capacity evaluations for inorganic constituents from coal combustion residuals to guide monitored natural attenuation assessment | Chemistry II | 2017 |
| Vengosh, Avner | Geochemical Characterization of Coal Combustion Residuals in Varying Environmental Conditions | Chemistry II | 2015 |
| Vengosh, Avner | A Twenty-Month Geochemical and Isotopic Investigation into the Environmental Impacts of the 2008 TVA Coal Ash Spill | Ponds I | 2011 |
| Vengosh, Avner | Methylmercury Contamination of River Sediments near the Coal Ash Spill at the Kingston Fossil Plant, TN | Posters | 2011 |
| Vengosh, Avner | The Environmental and Health Effects of the Coal Ash Spill at Kingston, Tennessee: Preliminary assessment | FGD | 2009 |
| Vennapusa, Pavana K.R. | Intelligent Testing Analytics and Validated Compaction Monitoring for Gypsum Landfill | Landfill and Pond Issues X | 2019 |
| Vennapusa, Pavana K.R. | Lessons Learned from Implementing Advanced Compaction Monitoring at TVA’s CCR Landfills | Landfill and Pond Issues II | 2019 |
| Vennapusa, Pavana K.R. | In Situ Characterization of Beneficial Enhanced Engineered Fill at TVA’s Gallatin Ash Stacking Facility | Landfill I | 2017 |
| Vennapusa, Pavana K.R. | Assessment of New QC/QA Compaction Monitoring Program at TVA’s Coal Combustion Product Stacking Facilities: A Case Study | Waste Management IX | 2015 |
| Vennapusa, Pavana K.R. | Effects of Micromorphology and Chemical Composition on Densification of CCPs | Waste Management V | 2015 |
| Verburg, Rens | Developing Enhanced Monitored Natural Attenuation Strategies Using Reactive Transport Models | Groundwater and Environment I | 2019 |
| Vereshchagin, Sergei N. | Ferrospheres from Fly Ashes: Composition and Catalytic Properties in High-Temperature Oxidation of Methane | New Products V | 2011 |
| Verslycke, Tim | Evaluating Ecological Damages Associated with Coal Ash | Regulatory Issues III | 2019 |
| Vetter, Jerry | Closed Loop System for Coal Combustion Residual Dredging and Dewatering from A Recycle Pond with Landfill Placement | Posters | 2019 |
| Vieira, Mylene M. | Performance Assessment of Concrete with Partial Replacement of Portland Cement by Coal Ash | Posters | 2013 |
| Vilches, Luis | Development of Acoustic Barriers Mainly Composed of Co-Combustion Bottom Ash | New Products I | 2011 |
| Vilches, Luis | Use of zeolitised fly ashes in fire resistant plates | Emerging Technology I | 2007 |
| Viljoen, Karel | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Vinson, Larraine K. | FGD Forced Oxidation Mechanism: A Pilot Plant Case Study | FGD 2 | 2005 |
| Visa, Ion | Mechanical properties and functional durability of Fly Ash pellets, adsorbents in wastewater treatment | Mining and Reclamation II | 2017 |
| Visa, Maria | Mechanical properties and functional durability of Fly Ash pellets, adsorbents in wastewater treatment | Mining and Reclamation II | 2017 |
| Visa, Maria | Zeolite Materials Obtained from Fly Ash Used for Removal of Heavy Metals and dye from Complex Wastewaters | Beneficial Use III | 2017 |
| Visa, Maria | Fly Ash Substrates for Complex Wastewater Treatment | Environment VII | 2011 |
| Visa, Maria | Heavy Metals Removal on Dye – Modified Fly Ash Substrates | New Products V | 2011 |
| Vitale, Rock J. | Data Quality Assessment Via Data Mining: Using Patterns in the Forest to Evaluate the Trees | Groundwater and Environment XV | 2019 |
| Vitale, Rock J. | Porewater Studies Subsequent to the Kingston Ash Event | Environmental I | 2013 |
| Vitale, Rock J. | Creating “Bullet-Proof” Environmental Information – A Case Study in Driving an Emergency Response to a Highly Managed Process | Kingston II | 2011 |
| Vitale, Rock J. | Development and Implementation of a Quality Assurance Program for the TVA Kingston Ash Recovery Project | Ponds II | 2011 |
| Vitkus, Linas | Beneficial Use of Fly Ash for Concrete Construction in California | Cement & Concrete IV | 2015 |
| Vlassopoulos, Dimitri | In Situ Solidification and Stabilization of Coal Combustion Residuals: Potential Applications and Cost Analysis | Disposal III | 2017 |
| Vollmer, Jason A. | Structural Applications of 100 Percent Fly Ash Concrete | Cement and Concrete 5 | 2005 |
| Volz, Jeffery S | An Experimental Study on Bond Strength of Reinforcing Steel in High-Volume Fly-Ash Concrete | Cement and Concrete III | 2017 |
| Vom Berg, Wolfgang | Present Situation and Perspectives of CCP Management in Europe | Policy 1 | 2005 |
| Vories, Kimery | Common Sense Solutions for Management of Global Carbon Emissions | Utilization IV | 2015 |
| Vories, Kimery C. | The U.S. DOI, Office of Surface Mining: Initiatives Related to Coal Combustion By-Products (CCBs) | Government Programs | 2001 |
| Vosnakis, Kelly A. S. | PAHs and Dioxins Not Present in Fly Ash at Levels of Concern | Posters | 2009 |
| Vounatsos, Panagiotis | Synthesis of Aluminum-Based Metal Matrix Composites (MMCs) with Lignite Fly Ash as Reinforcement Material | New Products I | 2009 |
| Wagner, Nikki | Char from coal ash as a possible precursor for synthetic graphite – Recent developments of the Charphite project | International Perspectives II | 2019 |
| Wagner, Nikki | Recovery of carbonaceous solid residue (char) from coal ash to use as possible substitute graphite-based materials in green energy applications | Posters | 2019 |
| Walczak, Jacob J | Groundwater Corrective Action Assessment Using Fate and Transport Modeling | Landfill and Pond Issues XI | 2019 |
| Walczak, Jacob J | Evaluating Impoundment Closure Scenarios using Fate and Transport Modeling | Ponds III | 2017 |
| Waldrop, Robert J. | Removal of Nutrients from Stormwater Using CCPs | Environmental I | 2009 |
| Walker, Harold W. | Spatial and Temporal Variations of Groundwater Chemistry Before and During Coal Mine Reclamation Using Flue Gas Desulfurization (FGD) Materials | Chemistry V | 2013 |
| Walker, Harold W. | FGD By-Product Utilization at Ohio Coal Mine Sites: Leaching Studies and Life Cycle Assessment | Mining and Reclamation II | 2011 |
| Walker, Harold W. | Beneficial Use of FGD By-products in Mine Land Reclamation | Mining/Reclamation II | 2009 |
| Walker, Harold W. | Full-Depth Reclamation of Asphalt Pavements Using Lime-Activated Class F Fly Ash: Structural Monitoring Aspects | Aggregates/Geotechnology I | 2009 |
| Walker, Harold W. | Reclamation of an Abandoned Surface Coal Mined Land Using a Dry Flue Gas Desulfurization Product | Mining/Reclamation II | 2009 |
| Walker, Harold W. | Use of Lime-Activated Class F Fly Ash in the Full-Depth Reclamation of Asphalt Pavements: Environmental Aspects | Aggregates/Geotechnology I | 2009 |
| Walker, Harold W. | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon | Mercury I | 2007 |
| Walker, Harold W. | Chemical Composition and Engineering Properties of Solid By-products Collected from the Ohio State Carbonation and Ash Reactivation (OSCAR) Process | Chemistry 7 | 2005 |
| Walker, Harold W. | Short- and Long-Term Behavior of Fixated FGD Material Grout at the Roberts-Dawson Mine | OSM Interactive Forum Session 1 | 2005 |
| Walker, Harold W. | Characterization of Hg, As and Se in Lime Spray Dryer Ash | FGD 1 | 2003 |
| Walker, Harold W. | Mechanisms Controlling Leaching Kinetics of Fixated Flue Gas Desulfurization (FGD) Material: the pH Effect | FGD 2 | 2003 |
| Walker, Harold W. | Short and Long Term Variability of Flue Gas Desulfurization By-Product | Chemistry and Mineralogy I | 2001 |
| Walker, Harold W. | Water Quality at the Roberts-Dawson Coal Mine Three Years After Placement of Flue Gas Desulfurization By-Product | Mining I | 2001 |
| Walker, Harold W. | Acid mine drainage abatement using flue gas desulfurization byproduct: water quality aspects | Haulback/Remediation | 1999 |
| Walker, Todd | The Effects of Fly Ash and Portland Cement on Long Term Excavatability of Flowable Fill | Construction Products II | 2001 |
| Wallace, Brianna | Sulfur-Oxidizing Bacteria Convert Problematic Waste into Marketable Resource | FGD III | 2017 |
| Wallack, Maxwell | FGD Wastewater Treatment for Low-Capacity Stations | Groundwater and Environment XV | 2019 |
| Wallevik, Olafur | In-Boiler Beneficiation of Coal Combustion Products for Enhanced Cementitious Value | Cement and Concrete V | 2011 |
| Wallevik, Sunna | In-Boiler Beneficiation of Coal Combustion Products for Enhanced Cementitious Value | Cement and Concrete V | 2011 |
| Walsh, H Thomas | Hydrologic Modeling Associated with Permitting an Expansion of a Coal Combustion Products Landfill | Landfill and Pond Issues VII | 2019 |
| Walsh, H Thomas | Groundwater Modeling and Settlement Analysis for Closure of the Little Blue Run CCP Disposal Area | Ponds IV | 2015 |
| Walsh, Jeffrey J. | Coal combustion by-product diagenesis II | Durability Issues/Ettringite | 1999 |
| Wandell, Tracy L. | New Products from Coal Combustion Ash: Selective Extraction of Particles with Density < 2 | New Products II | 2001 |
| Wang, Hongliu | Coal Fly Ash as Contaminant Barrier for Reactive Mine Tailings | Mine Reclamation 1 | 2005 |
| Wang, Jianmin | Calcium Effect on Arsenic (V) Adsorption onto Coal Fly Ash | Chemistry & Mineralogy II | 2007 |
| Wang, Jianmin | The Leachability and Speciation of Arsenic and Selenium in Coal Fly Ash | Environmental I | 2007 |
| Wang, Ke | Is Zero Solid Waste Possible for Fly Ash Produced from any Coal-fired Power Plant? | CCP Storage and Management VI | 2019 |
| Wang, Lan | The Application and Development of Fly Ash in China | Cement and Concrete III | 2007 |
| Wang, Meng | Evaluating Impoundment Closure Scenarios using Fate and Transport Modeling | Ponds III | 2017 |
| Wang, Peng | Chemical Composition Determination and Thermal Analysis for Some Typical Biomass Ashes in China | Carbon I | 2013 |
| Wang, Ping | Profiling rare earth elements in Power River Basin sub-bituminous coal ash using laser-induced breakdown spectroscopy (LIBS) | Posters | 2015 |
| Wang, Ping | The Reactivity of Coal Char in Chemical Looping Gasification and combustion | Oxy Combustion I | 2015 |
| Wang, Qinghua | Solutions for Bulk Coal Ash Storage Large Steel Silo | China Delegation I | 2015 |
| Wang, Qun Y. | Influence of Alkali activator Dosage on Strength of CFBC Fly Ash Based Geopolymer | Posters | 2017 |
| Wang, Qunying | Characteristics and Utilization of fly ash from coal-fired power plant in CHINA | Posters | 2015 |
| Wang, Tian | Calcium Effect on Arsenic (V) Adsorption onto Coal Fly Ash | Chemistry & Mineralogy II | 2007 |
| Wang, Tian | The Leachability and Speciation of Arsenic and Selenium in Coal Fly Ash | Environmental I | 2007 |
| Wang, Tinghao | Rare Earth Element Geochemistry of Late Paleozoic Coals in Taiyuan and Shanxi formation, North China | Posters | 2015 |
| Wang, Tinghao | Research on Element Geochemical Characteristics and Enrichment Features of Coal-Ge Deposit in Wulantuga (Inner Mongolia ,China) | Posters | 2015 |
| Wang, Wenlong | Chemical Composition Determination and Thermal Analysis for Some Typical Biomass Ashes in China | Carbon I | 2013 |
| Wang, Xia | Fly Ash-based Core Technologies and Value-added Products Based on Materials Science | Utilization I | 2015 |
| Wang, Xiaohui | The novel properties of a new inorganic water-retaining product made from coal fly ash | International Perspectives I | 2019 |
| Wang, Xibo | Fluorine and Mercury in Coal Combustion By-products from Five Power Plants in SW China | Posters | 2015 |
| Ward, April | Trends in Elemental Leaching from Coal Combustion By-products from Two Stoker Boilers before and After Modernization of the Ash Handling System | Posters | 2011 |
| Ward, Colin R. | Comparison of Waste from PF Utilities and Transitional Technologies using Australian Coal | Chemistry/Mineralogy III | 2009 |
| Ward, Colin R. | Evaluating the Interaction of Coal Ash Leachates with Rock Materials for Mine Backfill Studies | Chemistry/Mineralogy II | 2009 |
| Ward, Colin R. | The Application of Advanced Mineralogical Techniques to Coal Combustion Product Characterisation | Chemistry/Mineralogy I | 2009 |
| Ward, Colin R. | Variations in Element Mobility from Fly Ashes Stored in Different Environments | Environmental I | 2009 |
| Ward, Colin R. | Relation between Coal and Fly Ash Mineralogy, Based on Quantitative X-Ray Diffraction Methods | Chemistry 1 | 2005 |
| Ward, John N. | Stigma and Regulatory Uncertainty: Proposed Coal Ash Disposal Regulation Effects on U.S. Beneficial Use Markets and Practices | Regulations III | 2013 |
| Ward, John N. | Review of State Regulations, Standards, and Practices, Related to the Use of Coal Combustion Products: Texas Review Case Study | Policy 3 | 2005 |
| Wardle, David | The use of fly ash fillers in rubber | New Products | 1999 |
| Warner, Catherine | Alternative Source Demonstrations: Sleuthing in the CCR Program | Groundwater and Environment III | 2019 |
| Warner, Nathaniel R. | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment | Posters | 2007 |
| Warnock, Daniel | Plant Growth in Sandy Soil/Compost Mixture and Commercial Peat Moss both Amended with Illinois Coal Fly Ash | Posters | 2005 |
| Watanabe, Yoshifumi | Characterization of East Asian Fly Ash by Polarization Microscope | Posters | 2009 |
| Watlington, Neil | Joint Industrial Byproducts Reutilization Initiative | Posters | 2007 |
| Watson, James P. | Effect of Cenospheres on Flyash Brick Properties | Emerging Technology II | 2007 |
| Wattenbach, Heather | An evaluation of free-lime containing by-products to produce CCB grouts for use in AMD abatement | Posters | 1999 |
| Watts, Courtney Alyssa | Effect of Accerlerated Sulfate Attack in Geopolymer Concrete | Cement & Concrete III | 2013 |
| Watts, Dexter B. | Use of FGD Gypsum on a Bermudagrass Pasture in the Appalachian Plateau Region | Agriculture I | 2011 |
| Watzman, Bruce | The Future of Coal - 2013 WOCA Plenary PODCAST | Keynote | 2013 |
| Watzman, Bruce | The Future of Coal - Plenary PPT | Keynote | 2013 |
| Weakley, David A | Ash Transport Water: Interpretation of the ELG Rule | Regulatory Issues III | 2019 |
| Weakley, David A | FGD Wastewater Treatment for Low-Capacity Stations | Groundwater and Environment XV | 2019 |
| Weatherley, Andrew | The Environmental Impacts of Using Fly Ash – the UK Producers’ Perspective | Environment 2 | 2003 |
| Weavers, Linda K. | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon | Mercury I | 2007 |
| Weavers, Linda K. | Chemical Composition and Engineering Properties of Solid By-products Collected from the Ohio State Carbonation and Ash Reactivation (OSCAR) Process | Chemistry 7 | 2005 |
| Weavers, Linda K. | Characterization of Hg, As and Se in Lime Spray Dryer Ash | FGD 1 | 2003 |
| Weavers, Linda K. | Short and Long Term Variability of Flue Gas Desulfurization By-Product | Chemistry and Mineralogy I | 2001 |
| Webb, Kathy | Environmental Risk Assessments of Coal Ash Impoundments | Ponds XIII | 2017 |
| Weber, Wayne | Evaluation of Groundwater Level Fluctuations to Support Groundwater Compliance | Groundwater and Environment XII | 2019 |
| Weggel, David | Compressive Strength and Embodied Energy Optimization of Fly Ash Based Geopolymer Cement Concrete | Cement and Concrete VIII | 2009 |
| Wei, Yajuan | Influence of Alkali activator Dosage on Strength of CFBC Fly Ash Based Geopolymer | Posters | 2017 |
| Wei, Yajuan | Characteristics and Utilization of fly ash from coal-fired power plant in CHINA | Posters | 2015 |
| Wei, Yajuan | Effect of Additives on Slag Properties in an Entrained Bed Gasifier | Aggregates III | 2011 |
| Weir, Anne | Coal Combustion Products: a Global Perspective - Paper | Keynote | 2013 |
| Weir, Anne | Updated Canadian CCP Use Statistics Reveal Evolution of Coal Ash Industry in Canada | Regulations I | 2013 |
| Weir, Anne | World Customs Organization’s Harmonized System Can Put Coal Ash in a Class of Its Own - WOCA 2011 Plenary PAPER | Keynote | 2011 |
| Weir, Anne | World Customs Organization's Harmonized System can put Coal Ash in a Class of its Own - 2011 WOCA Plenary PODCAST | Keynote | 2011 |
| Weir, Anne | World Customs Organization's Harmonized System can put Coalo Ash in a Class of its Own - 2011 WOCA Plenary PPT | Keynote | 2011 |
| Weiss, Jason | EXPERIMENTAL TEST METHOD TO DETERMINE THE REACTIVITY OF FLY ASH FOR USE IN CONCRETE MIXTURE PROPORTIONING | Cement and Concrete I | 2019 |
| Weiss, Jason | Thermodynamic Investigation of Cementitious Mixtures Incorporating Off-Spec Fly Ashes | Cement and Concrete VII | 2019 |
| Weiss, Jason | Reducing the Risk of Cracking in High Volume Fly Ash Concrete by Using Internal Curing | Cement and Concrete IV | 2011 |
| Wen, Haifang | Stabilization of FGD By-products by Using Fly Ash, Cement and Sialite | Construction | 2009 |
| Wen, Shu-Hsien | Emission and Leaching Potential of Mercury from Flue Gas Desulfurization (FGD) Byproducts Amended Soil | Agriculture II | 2009 |
| Wendt, J. | Reactions of calcium and sodium during combustion of lignite | Chemistry and Mineralogy | 1999 |
| Werner, Mike | Synergetic Effect of Coal Flyash as a Scrubber to Acidic Wastes of the Phosphate Fertilizers Industry | Novel Applications 3 | 2003 |
| West, Clark K. | Impermeable Liner/Synthetic Turf Closures for Landfills | Environment III | 2011 |
| West, Clark K. | Structured Geomembrane Liners in Landfill Base and Closure Systems | Environment I | 2011 |
| Weyand, Thomas E. | First Commercial Installation Utilizing PMET Structural Product Technology | Emerging Technologies I | 2019 |
| Whaley, Jennifer | Quantifying the Costs of Subtitle C Regulation of Coal Combustion Residuals Using Site-Specific Data: Why Limitations in Publicly-Available Data Lead to Estimation Error | Environment II | 2011 |
| Whan, Ahn Ji | Monitoring of PM2.5 in coal ash samples & heavy metals stabilization by carbonation method | Posters | 2017 |
| Whan, Ahn Ji | Occurrence and Distribution of Rare Earths with Different Coal Power Plants Ash and Recovery of Critical Rare Earths from Coal Ash for Simultaneous Utilization of CO2 | Chemistry III | 2015 |
| Whan, Ahn Ji | Adsorption Behavior of Heavy Metals on NaP1 Zeolite Synthesized from Coal Bottom Ash | Posters | 2009 |
| Whan, Ahn Ji | Characteristic of Magnetic-Substance Classification from Coal Bottom Ash using Wet Magnetic Separator | Aggregates/Geotechnology V | 2009 |
| Whan, Ahn Ji | Manufacture of Cementitious Materials with Coal Combustion Bottom Ash and FGD gypsum | Cement and Concrete IV | 2009 |
| Wheeler, Holt | Enhancing Coal Ash Impoundment Closure Using Value Engineering | CCP Storage and Management I | 2019 |
| Whidden, Jeffrey | Non-Spec Fly Ash Remediation | Cement and Concrete VI | 2017 |
| White, Andrew | Closure of the 448-2D Ash Basin and 488-4D ash Landfill at the Savannah River Site | Ponds XVI | 2017 |
| White, Chris | Correlation of Mechanical and Structural Properties of Fly ash Filled–isotactic Polypropylene Composites | New Products IV | 2009 |
| White, David | Intelligent Testing Analytics and Validated Compaction Monitoring for Gypsum Landfill | Landfill and Pond Issues X | 2019 |
| White, David | Lessons Learned from Implementing Advanced Compaction Monitoring at TVA’s CCR Landfills | Landfill and Pond Issues II | 2019 |
| White, David | Assessment of New QC/QA Compaction Monitoring Program at TVA’s Coal Combustion Product Stacking Facilities: A Case Study | Waste Management IX | 2015 |
| White, David | Effects of Micromorphology and Chemical Composition on Densification of CCPs | Waste Management V | 2015 |
| White, David J. | In Situ Characterization of Beneficial Enhanced Engineered Fill at TVA’s Gallatin Ash Stacking Facility | Landfill I | 2017 |
| White, David J. | Class C Fly Ash Stabilization of Recycled Asphalt Pavement and Soil – A Case Study | Utilization I | 2015 |
| White, David J. | Large Scale Box Tests for Calibration of Fly Ash and Gypsum Performance Properties | Waste Management III | 2015 |
| White, David J. | Performance Based QC/QA Specifications for TVA’s CCP Stacking Facilities: Part I. Evaluation of Performance Requirements | Ponds IV | 2013 |
| White, David J. | Performance Based QC/QA Specifications for TVA’s CCP Stacking Facilities: Part II. Proposed Specifications | Ponds IV | 2013 |
| White, Richard A. | Utilization of South African Fly Ash to Treat Acid Coal Mine Drainage, and Production of High Quality Zeolites from the Residual Solids | Environment 3 | 2003 |
| White, Robby | Sulfur-Oxidizing Bacteria Convert Problematic Waste into Marketable Resource | FGD III | 2017 |
| White, William B. | Diagenesis of FBC Ash in an Acidic Pit Lake | OSM Interactive Forum Session 1 | 2005 |
| Whiteside, Stephen L. | Closing Up Shop at the Watts Bar Fossil Plant Lessons in Coal Ash Pond Closure | Ponds III | 2015 |
| Whiteside, Stephen L. | 100-m Hurdles: Overcoming Challenges on a Fast-Track Ash Pond Conversion and Closure Project for TVA to Meet Regulatory Deadline | Pond Closure | 2013 |
| Whiteside, Stephen L. | Building a New Ash Repository over a Former Coal Mine | Ponds II | 2013 |
| Whiteside, Stephen L. | Comprehensive Approach for Managing Risk from CCP Storage Facilities | Environment IX | 2011 |
| Whitlatch, E. Earl | Short- and Long-Term Behavior of Fixated FGD Material Grout at the Roberts-Dawson Mine | OSM Interactive Forum Session 1 | 2005 |
| Whitlatch, E. Earl | Water Quality at the Roberts-Dawson Coal Mine Three Years After Placement of Flue Gas Desulfurization By-Product | Mining I | 2001 |
| Whittier, Spencer D. | Steam Electric Power Generating Facilities: Meeting Future Wastewater Treatment Requirements | Environmental III | 2013 |
| Whittington, Blake | Advantages of Single Source Contracting In-Plant CCR Services | CCP Storage and Management VIII | 2019 |
| Whysner, Kathleen | Beneficial Re-use of CCR for Site Closures using Mining Reclamation Technologies | Mining and Reclamation I | 2017 |
| Whysner, Kathleen | Use of Slurry Wall Systems to Support CCR Impoundment Closure and Corrective Action | Ponds V | 2017 |
| Whysner, Kathleen | Work Area Quantification Processes to Guide CCR Construction Programs | Ponds XII | 2017 |
| Widmer, Neil C. | Combustion Tuning Systems for Control of Unburned Carbon | UBC - Control Measures (Case Studies) | 2005 |
| Wiechert, Ethan P. | Beneficial Use of Off-Specification Fly Ash to Improve the Small-Strain Stiffness of Expansive Soil-Rubber Mixtures | Aggregates I | 2011 |
| Wieckowska, Jadwiga | Fly Ash as Carrier of Catalysts in the Claus Process | New Products II | 2001 |
| Wiesner, Mark | Comparison of Liquid Membrane-Based Separations for Recovery of Rare Earth Elements from Coal Fly Ash Leachates | Rare Earth Elements I | 2019 |
| Wiesner, Mark | Preliminary Techno-Economic Evaluation of a Novel Membrane Based Separation and Recovery Process for Rare Earth Elements from Coal Combustion Residues | Rare Earth Elements II | 2017 |
| Wiesner, Mark | Selective Recovery and Concentration of Rare Earth Elements from Coal Ash Leachate Using Liquid Membranes | Rare Earth Elements III | 2017 |
| Wilcox, Randy | Coal Combustion Residuals Management Using Geotextile Containers- Considerations for Various Options | CCP Storage and Management VIII | 2019 |
| Wilhelm, Matthias | A New Approach to the Production of Bricks Made of 100% Fly Ash | Construction Products I | 2001 |
| Wilken, Du Toit | The use of class F fly ash in reclaiming the agricultural potential of surface coal mine cover soils | Agriculture I | 2013 |
| Wilking, Bart | Selenium Attenuation via Reductive Precipitation in Diverse Saturated and Unsaturated Environments | Groundwater and Environment IX | 2019 |
| Willauer, Charles S. | Successful fly ash beneficiation at Carolina Power & Light’s Roxboro Station | Processing | 1999 |
| Williams, Charles C. | Commercialization of Fired Paving Bricks with Class F Fly Ash from Illinois Basin Coals | Posters | 2005 |
| Williams, Charles C. | A Utility Perspective: Subsidized Projects – How Much Should You Pay? | Beneficiation I | 2001 |
| Williamson, Trevor | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Wilson, Charles R. | Understanding CCP Leaching Procedures | Environment III | 2011 |
| Wilson, Todd | Surface complexation model use and sorptive capacity evaluations for inorganic constituents from coal combustion residuals to guide monitored natural attenuation assessment | Chemistry II | 2017 |
| Wilson, Todd | Commercial Update on Beneficiation Process Staged Turbulent Air Reactor (STAR) | Beneficiation II | 2011 |
| Winburn, Ryan S. | Coal combustion by-product diagenesis II | Durability Issues/Ettringite | 1999 |
| Winfree, Tripp | Closure of the 448-2D Ash Basin and 488-4D ash Landfill at the Savannah River Site | Ponds XVI | 2017 |
| Wirth, Xenia | Evolution of the Properties of Organic Matter and Mineral Phases of Reclaimed Coal Fly Ash | Rare Earth Elements I | 2017 |
| Wirth, Xenia | The Effects of Wood Source and Combustion Conditions on Properties of Biomass Fly Ash | FGD III | 2017 |
| Wisdom, Marissa A. | Coal combustion by-product diagenesis II | Durability Issues/Ettringite | 1999 |
| Wiseman, John D. | The Utilization of Dry Scrubber Material for the Production of Calcium Sulfoaluminate Clinkers and Cements | Cement and Concrete I | 2019 |
| Wiseman, John D. | NuSafe Ceramics in Polyurethane Foam Insulation | Posters | 2011 |
| Wissler, Matthew | Rapid Assessment of Coal Combustion Products Utilizing Microscopy Techniques | Posters | 2011 |
| Witkamp, Geert-Jan | Coal Fly Ash Activated by Waste Sodium Aluminate Solutions as an Immobilizer for Hazardous Waste | Beneficiation II | 2011 |
| Witkamp, Geert-Jan | High Strength Geopolymers from Fractionated and Pulverized Fly Ash | Cement and Concrete VIII | 2009 |
| Witney, Simon | Building a New Ash Repository over a Former Coal Mine | Ponds II | 2013 |
| Wittenberg, Roy E. | Demonstration Project: Roller Compacted Concrete Pavement with High Volumes of Harvested Coal Ash | Cement and Concrete VIII | 2019 |
| Wittenberg, Roy E. | Innovative Green Cementitious Systems Using Off-Spec Fly Ash | Cement and Concrete IV | 2019 |
| Wittenberg, Roy E. | Multi-Layer Pavement Design Approach for Effective Utilization of Off-Spec Coal Combustion Products | Cement and Concrete VII | 2019 |
| Wittenberg, Roy E. | In Situ Stabilization/Solidification (ISS) in the Power Industry and Applications for Coal Combustion Products (CCP) | Environmental II | 2013 |
| Wolfe, William E. | Dynamic Liquefaction of Ponded Fly Ash | CCP Storage and Management V | 2019 |
| Wolfe, William E. | Beneficial Utilization of Chinese Dry Flue Gas Desulfurization Materials for Stabilization of Weak Soils | Agriculture II | 2015 |
| Wolfe, William E. | Development of Key Technologies for Dry FGD By-Product Resource Comprehensive Utilization: A Project History | China Delegation II | 2015 |
| Wolfe, William E. | Dynamic Liquefaction Potential of Impounded Class F Fly Ash | Ponds VII | 2015 |
| Wolfe, William E. | Impact of Coal Mine Reclamation Using Coal Combustion By-products (CCBs) on Groundwater Quality: Two Case Studies | Reclamation I | 2015 |
| Wolfe, William E. | Leaching of Dry Flue Gas Desulfurization Materials from Different Flue Gas Cources in China | FGD I | 2015 |
| Wolfe, William E. | Using Stabilized Flue Gas Desulfurization Material to Reclaim Highwalls and Mitigate Acid Mine Drainage | Reclamation II | 2015 |
| Wolfe, William E. | Dry FGD By-Product Characteristics and Utilization - International Perspective | FGD I | 2013 |
| Wolfe, William E. | Laboratory and Pilot-Scale Field Testing of CCB Flowable Grout for Mining of Coal | Utilization II | 2013 |
| Wolfe, William E. | Laboratory Testing of Woven and Non-Woven Geocomposites for Use in CCB Landfill Drainage Systems | Ponds II | 2013 |
| Wolfe, William E. | Liquefaction Potential of Impounded Class F Fly Ash | Liquefaction I | 2013 |
| Wolfe, William E. | Spatial and Temporal Variations of Groundwater Chemistry Before and During Coal Mine Reclamation Using Flue Gas Desulfurization (FGD) Materials | Chemistry V | 2013 |
| Wolfe, William E. | FGD By-Product Utilization at Ohio Coal Mine Sites: Leaching Studies and Life Cycle Assessment | Mining and Reclamation II | 2011 |
| Wolfe, William E. | Impacts of Reclamation and Remining on Watersheds of Pre-Law Legacy Coal Mines | Mining and Reclamation I | 2011 |
| Wolfe, William E. | Laboratory Analysis of Geocomposites for Use in Drainage Systems in CCP Landfills | Aggregates II | 2011 |
| Wolfe, William E. | Structural Monitoring of Full-Scale Asphalt Pavements Reclaimed Using Class F Fly Ash | Aggregates III | 2011 |
| Wolfe, William E. | Beneficial Use of FGD By-products in Mine Land Reclamation | Mining/Reclamation II | 2009 |
| Wolfe, William E. | Full-Depth Reclamation of Asphalt Pavements Using Lime-Activated Class F Fly Ash: Structural Monitoring Aspects | Aggregates/Geotechnology I | 2009 |
| Wolfe, William E. | Use of Lime-Activated Class F Fly Ash in the Full-Depth Reclamation of Asphalt Pavements: Environmental Aspects | Aggregates/Geotechnology I | 2009 |
| Wolfe, William E. | Evaluation of Liquefaction Potential of Impounded Fly Ash | Environmental III | 2007 |
| Wolfe, William E. | Full Depth Reclamation of Asphalt Pavements Using Class F Fly Ash | Aggregates/Geotechnology I | 2007 |
| Wolfe, William E. | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon | Mercury I | 2007 |
| Wolfe, William E. | The Consolidation Characteristics of Impounded Class F Fly Ash – A Case History | Ash Facility Management I | 2007 |
| Wolfe, William E. | Long-Term Permeability Monitoring of an FGD-Lined Pond Facility | Environmental Benefits II | 2001 |
| Wolfe, William E. | The Behavior of Coal Combustion Products in Structural Fills - A Case History | Construction Products I | 2001 |
| Wolfe, William E. | The Effect of Ettringite Formation on Expansion Properties of Compacted Spray Dryer Ash | Environmental Benefits II | 2001 |
| Wolfe, William E. | Utilization of Ohio Coal Combustion Products | Environmental Benefits I | 2001 |
| Wolfe, William E. | Effect of freeze-thaw cycling on the mechanical properties of FGD by-products | Durability Issues/Ettringite | 1999 |
| Wolfe, William E. | Potential use of FGD as a flowable-fill | Construction and Evolution of CCPs | 1999 |
| Wollschlager, Mark L. | Environmental Regulatory Changes Potentially Affecting Coal Fired Facilities | Environment X | 2011 |
| Womack, Shane R. | The Rising Demand for Lined Landfills: Impacts to Both the Power and Solid Waste Industries from Increased Coal Combustion Product Landfilling | Pond Liners | 2013 |
| Wong, Joe | Evaluating Metals Sequestration in Ash by Powdered Activated Carbon | Chemical Classification I | 2017 |
| Wong, Joe | Evaluating Impacts on Ash Quality of Powdered Activated Carbon for Mercury Control | Chemistry IV | 2015 |
| Wongshiri, Bussakorn P. | Removal of Dyes from Aqueous Solution by Sorption with Coal Fly Ash | Posters | 2003 |
| Wongshiri, Bussakorn P. | Removal of Phosphate from Aqueous Solution by Crystallization Using Coal Fly Ash | Environmental Benefits II | 2001 |
| Wood, Jim | Acid mine drainage abatement using flue gas desulfurization byproduct: water quality aspects | Haulback/Remediation | 1999 |
| Woodhead, Alice | Supply Chain Approach for Developing New Coal Combustion Product Opportunities | Regulations | 2011 |
| Wright, Lee | CCR Unit Alternative Final Covers – Use of Water Balance Covers | Landfill and Pond Issues III | 2019 |
| Wruss, Werner | A New Approach to the Production of Bricks Made of 100% Fly Ash | Construction Products I | 2001 |
| Wu, Amy | Historic Mission of Industrial Wastes by Fly Ash, etc in China’s 2050 | China Delegation I | 2015 |
| Wu, Milton | Beneficial Utilization of Chinese Dry Flue Gas Desulfurization Materials for Stabilization of Weak Soils | Agriculture II | 2015 |
| Wu, Milton | Development of Key Technologies for Dry FGD By-Product Resource Comprehensive Utilization: A Project History | China Delegation II | 2015 |
| Wu, Milton | Evaluation of Circulating Fluidized Bed-Dry Flue Gas Desulfurization (CFB-FGD) Byproducts in Cement Applications | Cement & Concrete V | 2015 |
| Wu, Milton | Leaching of Dry Flue Gas Desulfurization Materials from Different Flue Gas Cources in China | FGD I | 2015 |
| Wu, Milton | Development of Dry FGD By-Product Utilization as Building Materials in China | Utilization I | 2013 |
| Wu, Milton | Dry FGD By-Product Characteristics and Utilization - International Perspective | FGD I | 2013 |
| Wu, Milton | Dry CFB-FGD By-Product Utilization - International Prospectives | Beneficiation II | 2011 |
| Wu, Ping | Research on the Whiteness and Properties of Modified Coal Fly Ash | New Products I | 2009 |
| Wu, Ting Yu | A fabrication on continuous coal ash derived ceramic fiber | Posters | 2015 |
| Wu, Yinghai | Reactivation of Partially Sulphated CFBC Ash and Limestone with Steam and Liquid Water | Posters | 2007 |
| Wu, Yinghai | CFBC Ash Hydration Studies | FGD 1 | 2003 |
| Wu-x, Milton | Comparative Study of Lightweight Aggregates | Aggregates/Geotechnology V | 2009 |
| Xie, Jiting | Effect of Superplasticizer on Workability Enhancement of Class F Fly Ash-based Geopolymers | Cement & Concrete III | 2015 |
| Xie, Qiang | A study on the petrology and geochemistry of feed coals and their gasified residues, Ningxia Hui Autonomous Region, China | Chemistry V | 2015 |
| Xie, Zhaoui | Influences of surplus SO3 in FBC ash on formation of belite-rich sulfoaluminate clinker | Concrete and Cement | 1999 |
| Xu, D L | Performance of Ultra-fine Fly Ash in Concrete | China Delegation II | 2015 |
| Xu, Li-Hua | Comparison of Low Temperature Ash Deposition Determined by Theoretical and Experimental Method in Coal Gasifier Condition | Posters | 2007 |
| Xu, Wendong | Mineralogy and Geochemistry of Greek and Chinese Coal Fly Ash: Research for Potential Applications | Chemistry 5 | 2005 |
| Xu, Yongxin | Comparison Between the Geohydrological Properties of Wet and Dry Ash Disposal Sites | Beneficiation/Handling III | 2009 |
| Xu, Yongxin | The Use of Geophysics to Determine Salt Capturing and Fluid Transport Properties of Ash Dumps | Beneficiation/Handling III | 2009 |
| Yamada, Katsutoshi | Removal of Dyes from Aqueous Solution by Sorption with Coal Fly Ash | Posters | 2003 |
| Yamada, Katsutoshi | Removal of Phosphate from Aqueous Solution by Crystallization Using Coal Fly Ash | Environmental Benefits II | 2001 |
| Yan, Deyu | Rare Earth Element Geochemistry of Late Paleozoic Coals in Taiyuan and Shanxi formation, North China | Posters | 2015 |
| Yan, Deyu | Research on Element Geochemical Characteristics and Enrichment Features of Coal-Ge Deposit in Wulantuga (Inner Mongolia ,China) | Posters | 2015 |
| Yanful, Ernest K. | Chemical and Mineralogical Transformations of Coal Fly Ash after Landfilling | Chemistry/Mineralogy III | 2009 |
| Yang, Jae E. | Remediation Technology for Abandoned Mine Waste with Coal Combustion Product (CCP) | Mining and Reclamation II | 2011 |
| Yang, Jianping | Mercury Capture Using Recyclable Magnetosphere from Coal Combustion Fly Ash | Chemistry IV | 2015 |
| Yang, Kenton J. | Considerations in the Development of a Coal Combustion Products Landfil | Ponds & Landfills I | 2013 |
| Yang, Meng-Pei | Properties of CLSM Separation Dike using Coal Ash | Posters | 2013 |
| Yang, Xiaolin | BASF Mercury Sorbent HX™ | Carbon I | 2013 |
| Yang, Yufen | Research on the Whiteness and Properties of Modified Coal Fly Ash | New Products I | 2009 |
| Yang, Yufen | Coal Ash Beneficiation and Utilization in Coal Separation Process | Posters | 2005 |
| Yankee, Dennis | Integrated Ecological Research TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Yankee, Dennis | Integrated Ecological Research TVA Kingston Ash Recovery Project | Posters | 2011 |
| Yankee, Dennis | Progress Update -- TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Yeboah, N N Nortey | Brine-Encapsulation Bench & Field Testing Recommendations | FGD II | 2017 |
| Yeboah, N N Nortey | Coal Ash Use Study for Duke Energy, North Carolina | Cement and Concrete VII | 2017 |
| Yeboah, N N Nortey | The Effects of Wood Source and Combustion Conditions on Properties of Biomass Fly Ash | FGD III | 2017 |
| Yeboah, N. N. | Inorganic Polymers: Novel Cement-Free Binders for Transportation Infrastructure | Cement & Concrete VIII | 2015 |
| Yeboah, N. N. | RestoreAir Sensor - A Novel Method for Determining the Adsorptive Capacity of Carbon Containing Fly Ash | Cement & Concrete II | 2015 |
| Yeboah, N. N. | Treatment and Disposal Alternatives for Flue Gas Desulfurization Brines from Power Plants | FGD I | 2015 |
| Yeboah, N. N. | The Early Age Behavior of Biomass Fired and Co-fired Fly Ash in Concrete | Cement and Concrete I | 2011 |
| Yeheyis, Muluken B | Chemical and Mineralogical Transformations of Coal Fly Ash after Landfilling | Chemistry/Mineralogy III | 2009 |
| Yen, Yuan-Yi | Properties of CLSM Separation Dike using Coal Ash | Posters | 2013 |
| Yencho, Nathan | Liquefaction Potential of Impounded Class F Fly Ash | Liquefaction I | 2013 |
| Yerra, Praveen K. | Hydraulic Conductivity of Compacted Cement-Stabilized Fly Ash | Cement and Concrete 4 | 2005 |
| Ying, Guangwei | Characteristics and Utilization of fly ash from coal-fired power plant in CHINA | Posters | 2015 |
| Yoon, Myung-Seok | The Mechanical Properties of Coal-Ash Generated in South Korea for Using Highway Road Material | Posters | 2009 |
| You, Kwang-Suk | Adsorption Behavior of Heavy Metals on NaP1 Zeolite Synthesized from Coal Bottom Ash | Posters | 2009 |
| You, Kwang-Suk | Characteristic of Magnetic-Substance Classification from Coal Bottom Ash using Wet Magnetic Separator | Aggregates/Geotechnology V | 2009 |
| You, Kwang-Suk | Manufacture of Cementitious Materials with Coal Combustion Bottom Ash and FGD gypsum | Cement and Concrete IV | 2009 |
| Youells, Robert B. | Continuous Fly Ash Transfer System or A2P™ at JEC | Ash Facility Management II | 2007 |
| Young, Kevin | Full-Depth Reclamation with Lime and Substandard Fly Ash | Cement & Concrete VII | 2015 |
| Young, Suzy | Human and Ecological Risk Assessment for the TVA Kingston Fly Ash Recovery Project | Kingston II - Results in CERCLA and NRDA Processes | 2013 |
| Young, Suzy | Assessing Risks in a Dynamic Environment –The TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Young, Suzy | Baseline Ecological Risk Assessment for the TVA Kingston Fly Ash Recovery Project | Posters | 2011 |
| Young, Suzy | Evaluation of Human Health Risk from Potential Exposures to Fly Ash at the TVA Kingston Fly Ash Recovery Project | Posters | 2011 |
| Young, Suzy | Fly Ash as a Potential Food Supplement? — Bioaccumulation in Critters Near the Kingston Ash Spill | Posters | 2011 |
| Young, Suzy | Integrated Ecological Research TVA Kingston Ash Recovery Project | Kingston I | 2011 |
| Young, Suzy | Integrated Ecological Research TVA Kingston Ash Recovery Project | Posters | 2011 |
| Young, Suzy | So What Does It Mean? What Ecological Effects Has the Kingston Ash Spill Caused? | Posters | 2011 |
| Youngblood, Jimmy | CCR Barrier Systems: Mitigating Risk from Leakage with Proven Advanced Technologies | Groundwater and Environment VII | 2017 |
| Youngblood, Jimmy | An Innovative Composite Liner System for Coal Combustion Residual Containment Projects | Ponds II | 2013 |
| Yu, Aibing | Correlation of Mechanical and Structural Properties of Fly ash Filled–isotactic Polypropylene Composites | New Products IV | 2009 |
| Yu, C-L | Reexamining the Use of Coal Fly Ash in Agriculture: Utilization as Soil Amendment in Biofuel Feedstock Production | Posters | 2015 |
| Yu, Jianguo | Extraction of Aluminum from Combustion Ash of Coal Spoil | New Products I | 2009 |
| Yu, Jianguo | Feasibility of Recovery Alumina from Coal Fly Ash | Posters | 2009 |
| Yu, Qijun | Are Fly Ashes Green? | Chemistry II | 2011 |
| Yu, Qijun | Characterization of East Asian Fly Ash by Polarization Microscope | Posters | 2009 |
| Yuansheng, Cui | The Application and Development of Fly Ash in China | Cement and Concrete III | 2007 |
| Yumashev, Vladimir V. | High-Calcium Fly Ashes of Selective Sampling and Products of Their Aerodynamic Separation | Posters | 2011 |
| Yunusa, Isa A.M. | Influence of coal fly ash application on trace element mobility and distribution in soil, plant and leachate | Agriculture II | 2007 |
| Yunusa, Isa A.M. | Prospects for Coal Ash in the Management of Australian Soils | Agriculture 2 | 2005 |
| Yuran, Paul J. | Comparative Study of Lightweight Aggregates | Aggregates/Geotechnology V | 2009 |
| Zabel, Jeffrey | Optimization and economic evaluation of coal fly ash reuse in new synthetic lightweight aggregates | New Products | 1999 |
| Zacharias, Marc | In-Boiler Beneficiation of Coal Combustion Products for Enhanced Cementitious Value | Cement and Concrete V | 2011 |
| Zacher, Erick J. | Current Status of Spray Dryer Absorber Material Characterization and Utilization | FGD I | 2007 |
| Zacher, Erick J. | Development of a Method to Determine Microbiologically Generated Mercury Vapor and Organomercury in CCBs | Mercury II | 2007 |
| Zacher, Erick J. | Determination of Expansion Potential of Coal Combustion By-Products | Chemistry 5 | 2005 |
| Zacher, Erick J. | Organomercury Compound Determination from Microbiologically Mediated CUB Samples | Chemistry 3: More Mercury | 2005 |
| Zacher, Erick J. | Quantitation and Interpretation of Release of Mercury from Coal Utilization By-Products | Chemistry 2: Mercury | 2005 |
| Zaifnejad, Mojtaba | Renovation of acidic Appalachian soil with FGD gypsum and FBC residue: soil leachate evaluation | Posters | 1999 |
| Zand, Behrad | Cyclic Triaxial Testing of Water-Pluviated Fly Ash Specimens | Liquefaction I | 2013 |
| Zand, Behrad | Evaluation of Liquefaction Potential at Fly Ash Storage Reservoirs | Liquefaction II | 2013 |
| Zand, Behrad | Evaluation of Liquefaction Potential of Impounded Fly Ash | Environmental III | 2007 |
| Zand, Behrad | Full Depth Reclamation of Asphalt Pavements Using Class F Fly Ash | Aggregates/Geotechnology I | 2007 |
| Zand, Behrad | The Consolidation Characteristics of Impounded Class F Fly Ash – A Case History | Ash Facility Management I | 2007 |
| Zedaker, Dustin | Alternative Source Demonstrations: Sleuthing in the CCR Program | Groundwater and Environment III | 2019 |
| Zeegers, Hubert | Germanium and Gallium Extraction from Gasification Fly Ash: Optimisation for the Up-Scaling of a Recovery Process | Posters | 2009 |
| Zeigler, Eric | Closed Loop System for Coal Combustion Residual Dredging and Dewatering from A Recycle Pond with Landfill Placement | Posters | 2019 |
| Zelazny, Lucian | Characterization of acid leaching reactions in coal refuse/coal fly ash bulk blends | Environmental Aspects | 1999 |
| Zeller, Craig Robert | Evaluation of Remediation Alternatives and Selected Remedial Actions | Kingston II - Results in CERCLA and NRDA Processes | 2013 |
| Zeller, Craig Robert | TVA Kingston Ash Recovery Project Regulatory Framework | Kingston I | 2011 |
| Zeng, Rongshu | Mineralogy and Geochemistry of Greek and Chinese Coal Fly Ash: Research for Potential Applications | Chemistry 5 | 2005 |
| Zevenbergen, Chris | Clay formation during weathering of alkaline coal fly ash | Chemistry and Mineralogy | 1999 |
| Zhai, Guanjie | Research on the Whiteness and Properties of Modified Coal Fly Ash | New Products I | 2009 |
| Zhang, Dong-ke | Controlled Release Zeolite Fertilisers: A Value Added Product Produced from Fly Ash | Agriculture 2 | 2005 |
| Zhang, Jianbo | Preparation of Mullite Ceramics from Coal Fly Ash by Deep-desilication Technology | Utilization III | 2015 |
| Zhang, Junying | Mercury Capture Using Recyclable Magnetosphere from Coal Combustion Fly Ash | Chemistry IV | 2015 |
| Zhang, Junying | Mineralogy of High Aluminum Fly Ash and Trace Element Distributions during its Utilization in Inner Mongolia, China | Posters | 2015 |
| Zhang, Lian | Using Regenerative Ammonium salt to extract and purify Magnesium Oxide from Victorian Brown Coal Fly Ash | Chemistry III | 2013 |
| Zhang, Qian | Geochemical characterization of coal-combustion byproducts and numerical simulations of their long-term effects as capping materials at coal mine reclamation sites | Reclamation I | 2015 |
| Zhang, Shangjun | Mineralogy and Leaching Behavior of Ash & Residue from Underground Coal Gasification | Chemistry III | 2015 |
| Zhang, Wen | Dry FGD By-Product Characteristics and Utilization - International Perspective | FGD I | 2013 |
| Zhang, Wencai | Ash Beneficiation for REE Recovery | Chemistry I | 2015 |
| Zhang, Wenlong | Combined Iron Reduction and Solidification/Stabilization Process to Immobilize Heavy Metals in Concentrated Flue Gas Desulfurization Brines | Posters | 2017 |
| Zhang, Yi | Current Status and Prospect of Fly Ash Utilization in China | Chemistry VI | 2013 |
| Zhang, Yinzhi | New Applications of the Concrete-Friendly Mercury Sorbent C-PACTM | Cement and Concrete III | 2011 |
| Zhang, Yinzhi | Commercial Experience with Concrete-Friendly Mercury Sorbents | Cement or Concrete I | 2009 |
| Zhang, Yinzhi | Development of a New Method to Replace the Foam Index Test | Cement and Concrete II | 2007 |
| Zhang, Zhaozhou | A Fly Ash Carbon Treatment for Producing a Marketable Product from Activated Carbon Contaminated Fly Ash | Beneficiation/Handling II | 2009 |
| Zhang, Zhaozhou | Fly Ash-Carbon Effects on Concrete Air Entrainment: Fundamental Studies on Their Origin and Chemical Mitigation | Cement or Concrete I | 2009 |
| Zhao, J | Performance of Ultra-fine Fly Ash in Concrete | China Delegation II | 2015 |
| Zhao, Lei | Fluorine and Mercury in Coal Combustion By-products from Five Power Plants in SW China | Posters | 2015 |
| Zhao, Mingjie | Linking Fly Ash Composition to Performance in Cementitious Systems | Cement & Concrete VIII | 2015 |
| Zhao, Yongbin | Fly Ash-based Core Technologies and Value-added Products Based on Materials Science | Utilization I | 2015 |
| Zhao, Yongbin | Fly Ash-based Geopolymer Foam Technology for Thermal Insulation and Fire Protection Applications | Utilization II | 2015 |
| Zhao, Yongchun | Mercury Capture Using Recyclable Magnetosphere from Coal Combustion Fly Ash | Chemistry IV | 2015 |
| Zhao, Yongchun | Mineralogy of High Aluminum Fly Ash and Trace Element Distributions during its Utilization in Inner Mongolia, China | Posters | 2015 |
| Zhao, Yuemin | Coal Ash Beneficiation and Utilization in Coal Separation Process | Posters | 2005 |
| Zhao, Zhongren | Development of Key Technologies for Dry FGD By-Product Resource Comprehensive Utilization: A Project History | China Delegation II | 2015 |
| Zheng, Chuguang | Mercury Capture Using Recyclable Magnetosphere from Coal Combustion Fly Ash | Chemistry IV | 2015 |
| Zheng, Chuguang | Mineralogy of High Aluminum Fly Ash and Trace Element Distributions during its Utilization in Inner Mongolia, China | Posters | 2015 |
| Zheng, Li | Exploring Options for Using Wet-Stored Stockpile Fly Ash in Concrete | Cement & Concrete VI | 2015 |
| Zheng, Li | Utilising Stockpiled Fly Ash to Manufacture Sand for Mortar | Cement & Concrete IV | 2015 |
| Zheng, Li | Experiences of Processing Fly Ashes Recovered from United Kingdom Stockpiles and Lagoons, Their Characteristics and Potential End Uses | Beneficiation/Handling I | 2009 |
| Zheng, Shili | Current Status and Prospect of Fly Ash Utilization in China | Chemistry VI | 2013 |
| Zheng, Yanli | Chemical Composition Determination and Thermal Analysis for Some Typical Biomass Ashes in China | Carbon I | 2013 |
| Zhou, H. M. | Feasibility of Recovery Alumina from Coal Fly Ash | Posters | 2009 |
| Zhou, James | Upgrading of Cenospheres in Fly ash using a Series of Inverted Reflux Classifiers | Utilization IV | 2015 |
| Zhou, Qunhui Emma | Commercial Experience with Concrete-Friendly Mercury Sorbents | Cement or Concrete I | 2009 |
| Zhou, Qunhui Emma | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial | Cement and Concrete VII | 2007 |
| Zhou, Yongmin | Coal ash by-product from Shanxi Province for the production of Portland/CSA hybrid cements | Posters | 2015 |
| Zhu, Jinbo | Coal Ash Beneficiation and Utilization in Coal Separation Process | Posters | 2005 |
| Zhu, Ming | Comparing Stormwater Pond Design for Traditional Soil Cover versus Engineered Synthetic Turf Cover | Landfill and Pond Issues VI | 2019 |
| Zhuang, Xinguo | Geochemical and Mineralogical characteristics of Coal Combustion Byproducts Generated from Al-Ga-Li-rich coal in Inner Mongolia | Chemistry III | 2015 |
| Zhuang, Xinguo | Manufacturing of Fire-Resistant Panels Using FGD Gypsum and Fly Ash from Power Plants in Xinjiang, Northwest China | Utilization II | 2013 |
| Zielinski, Robert A. | Use of Sulfur Isotopes to Monitor Dissolved Sulfate Derived from a Fly Ash Emplacement Site, North-Central Colorado | Mine Reclamation 2 | 2005 |
| Zielinski, Robert A. | Mode of Occurrence of Arsenic in Feed Coal and its Derivative Fly Ash, Black Warrior Basin, Alabama | Chemistry and Mineralogy I | 2001 |
| Zimdars, Julie | CCP Dewatering Using a Horizontal Well | Landfill III | 2017 |
| Zimmel, Ed | An Innovative Composite Liner System for Coal Combustion Residual Containment Projects | Ponds II | 2013 |
| Zucca, A. | Heavy Metal Immobilization Using Fly Ash in Soils Contaminated by Mine Activity | Mining I | 2001 |
| Zucca, A. | The Italian approach to the problem of fly ash | Processing | 1999 |
| Zych, Gary | Monitored Preload Fill Over an Inactive Fly Ash Reservoir | Ponds I | 2013 |
| Zych, Gary | Laboratory Analysis of Geocomposites for Use in Drainage Systems in CCP Landfills | Aggregates II | 2011 |