| Abad-Valle, Patricia | Relationship between mercury capture in fly ash carbons and petrographic characteristics |
| Adholeya, Alok | Selection and characterization of suitable ectomycorrhizal isolates for application in heavy metal polluted sites |
| Afonso, Rui | An Alternative to Fly Ash Beneficiaton – Ozone Treatment Demonstrated at PPL Montour SES |
| Ahn, Ji-Whan | Characterization and pozzolanic property of air-quenched coal bottom ash in cement-based recycling |
| Ahn, Ji-Whan | Heavy metal adsorption properties of zeolite synthesized from coal bottom ash |
| Ahn, Ji-Whan | Removal of unburned carbon by flotation for recycling of coal bottom ash at point of view about adsorption |
| Aiken, Anne | Partitioning of Metals in a Limestone Forced Oxidation Scrubber System |
| Ajlouni, Mohammad | Constant Rate of Strain Consolidation of Resedimented Class F Fly Ash |
| Albright, Amy | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment |
| Altman, Ralph | An Alternative to Fly Ash Beneficiaton – Ozone Treatment Demonstrated at PPL Montour SES |
| Alvarez, Esther | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Alvarez, Esther | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Alvarez, Esther | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Alvarez, Esther | Stabilization of leachable trace pollutants from FGD by-products |
| Álvarez-Rodríguez, Ramón | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Amaya, Andrew | The Use of Bottom Ash in the Design and Construction of Dams |
| Amaya, Pedro | Evaluation of Liquefaction Potential of Impounded Fly Ash |
| Amaya, Pedro | The Use of Bottom Ash in the Design and Construction of Dams |
| Amonette, James | Fly Ash Characteristics and Carbon Sequestration Potential |
| Anantharaman, Sudheen | Modeling of Sulfate Resistance of Fly ash Blended Cement Concrete Materials |
| Andrews, Rodney | Welcoming Remarks - Rodney Andrews, Acting Director, University of Kentucky Center for Applied Energy Research |
| Angelescu, Nicolae | New Special Concretes |
| Antenucci, Diano | Immobilization of a metallurgical waste using fly ash-based geopolymers |
| Antenucci, Diano | Influence Of The Use Of Alternative Fuels On The Leaching Properties Of Fly Ashes |
| Antenucci, Diano | Quantitative Determination of Glass and Mineralogical Analysis of Coal Combustion Fly Ashes |
| Anthony, Edward | Reactivation of Partially Sulfated CFBC Ash and Limestone with Steam and Liquid Water |
| Aydilek, Ahmet | Adsorption Behavior of Petroleum Hydrocarbons onto High Carbon Content Fly ashes |
| Aydilek, Ahmet | Remediation of Petroleum Contaminated Soils Using High Carbon Content Fly Ash |
| Ballesteros, Juan | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Ballesteros, Juan | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Banerji, Shankha | Test of Mercury Vapor Emission from Flyash Bricks |
| Barcena, J. | Influence of Particle Size Distribution on the Compressive Strength of Geopolymers Produced from Coal (co-)Combustion Fly Ashes |
| Bargaheiser, Keith | Greening of Mortars with Pozzolans |
| Bascarevic, Zvezdana | Fly Ash from Serbian Power Plants Used as a Raw Material for Ceramic Tiles Production |
| Bascarevic, Zvezdana | Influence of Fly Ash upon Portland Cement Clinker Properties |
| Batelaan, Okke | The use of electrical resistivity to map water flow paths through ash dumps and the underlying fractured aquifers, Mpumalanga, South Africa |
| BAYAT, ARASH | Evaluation of Nontraditional Stabilizers with Silty Clay |
| Beatty, William | Testing Mechanisms of Mercury Retention in FGD Products |
| Beck, Michel | Leachate Chemistry of Mixtures of Fly Ash and Alkaline Coal Refuse |
| Benson, Craig | Life Cycle Based Risk Assessment of Use of Coal Combustion Products in Roadway Construction |
| Benson, Craig | SUSTAINABLE CONSTRUCTION CASE HISTORY: FLY ASH STABILIZATION OF ROAD-SURFACE GRAVEL |
| Bhattacharyya, Sidhartha | Chemical Fixation of Trace Elements in Coal Fly Ash |
| Biernacki, Joseph | Economics of Light Weight Aggregate Production from Fly Ash |
| Biernacki, Joseph | Sintering of Class F Fly Ash |
| Bigham, Jerry | Oxidation of Sulfite in FGD to Sulfate When Applied to the Soil Surface |
| Bittner, James | High Quality Fly Ash Production and Fuel Recovery by Separation Technologies’ Beneficiation Processes |
| Blythe, Gary | Mercury Partitioning in Flue Gas Desulfurization Byproduct Liquors and Solids |
| Bonakdar, Aboozar | Modeling of Sulfate Resistance of Fly ash Blended Cement Concrete Materials |
| Boone, Nathan | Developing a New Market for Coal Ash: Residential Concrete |
| Borowski, Brian | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial |
| Bossert, Joerg | Fly Ash from Serbian Power Plants Used as a Raw Material for Ceramic Tiles Production |
| Botha, Francois | Characteristics of Sulfite-Rich Scrubber Materials and Potential Value-Added Materials from Them |
| Botha, Francois | Where is Mercury in FGD Scrubber: Gypsum, Scrubber Water, or Emitted? |
| Bowman, Harry | CCP – WASTE OR RESOURCE: BREAKING THE REGULATORY PARADIGMS |
| Bradic, Violeta | Influence of Fly Ash upon Portland Cement Clinker Properties |
| Brennan, Peter | Northwich Salt Mines, Cheshire, United Kingdom Grouting using 1,000,000 tonnes of conditioned PFA from Drax Power Station |
| Brickett, Lynn | Impact of Mercury Control Technologies on Fly Ash and FGD Byproducts |
| Brickett, Lynn | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial |
| Brickett, Lynn | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent |
| Brickett, Lynn | THE IMPACT OF Hg CONTROL TECHNOLOGIES ON THE LEACHING AND THERMAL RELEASE OF Hg, Ni, As, Se Cd, Pb, FROM COAL UTILIZATION BYPRODUCTS |
| Bruce, Robert | Market Dynamics Impacting FGD Gypsum Usage Rates |
| Bryant, Mark | Effect of Cenospheres on Flyash Brick Properties |
| Buckley, C. | Sustainability of inland ash disposal facilities as salt sinks |
| Buckley, Tera | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal |
| Buckley, Tera | Current Status of Spray Dryer Absorber Material Characterization and Utilizatio |
| Buckley, Tera | National Synthesis on Regulations, Standards, and Practices Related to the Use of Coal Combustion Products |
| Bumrongjaroen, Walairat | Application of Glass Corrosion Tests to the Reactivity of Fly Ash |
| Burchett, M. | Germination and early growth of crop and pasture species on media amended with two contrasting types of coal fly-ashes |
| Burkett, William | Test of Mercury Vapor Emission from Flyash Bricks |
| Butalia, Tarunjit | Accelerated Load Testing of Full-Scale Flexible Pavements Constructed of CCPs under Adverse Environmental Conditions |
| Butalia, Tarunjit | Constant Rate of Strain Consolidation of Resedimented Class F Fly Ash |
| Butalia, Tarunjit | Evaluation of Liquefaction Potential of Impounded Fly Ash |
| Butalia, Tarunjit | Full Depth Reclamation of Asphalt Pavements Using Class F Fly Ash |
| Butselaar-Orthlieb, V.C.L. | Influence of Particle Size Distribution on the Compressive Strength of Geopolymers Produced from Coal (co-)Combustion Fly Ashes |
| Byard, Ben | High Volume Fly Ash Concrete |
| Cao, Yan | Correlation between distribution of As, Se, and Hg in Fly Ash and Leachability |
| Carabin, Pierre | Plasma Gasification and Vitrification of Ash – Conversion of Ash into Glass-like Products and Syngas |
| Cardone, Carol | Long-Term Column Leaching of Phase II Mercury Control Technology By-products |
| Cardone, Carol | Release of Ammonium and Mercury from NOx Controlled Fly Ashes |
| Cardone, Carol | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor |
| 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 |
| Carpenter, Alberta | Life Cycle Based Risk Assessment of Use of Coal Combustion Products in Roadway Construction |
| Casenas, Bianca | Correlation between distribution of As, Se, and Hg in Fly Ash and Leachability |
| Chapman, Jeffryes | Full Depth Reclamation of Asphalt Pavements Using Class F Fly Ash |
| Chen, Liming | Oxidation of Sulfite in FGD to Sulfate When Applied to the Soil Surface |
| Cheng, Chin-Min | Correlation between distribution of As, Se, and Hg in Fly Ash and Leachability |
| Cheng, Chin-Min | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon |
| Cheng, Chin-Min | Mercury Emissions from Curing Concretes that Contain Fly Ashes and Activated Carbon Sorbents from Three Coal-Fired Power Plants |
| Cho, Hee-Chan | Characterization and pozzolanic property of air-quenched coal bottom ash in cement-based recycling |
| Cho, Hee-Chan | Heavy metal adsorption properties of zeolite synthesized from coal bottom ash |
| Cho, Hee-Chan | Removal of unburned carbon by flotation for recycling of coal bottom ash at point of view about adsorption |
| Cho, Kye-Hong | Characterization and pozzolanic property of air-quenched coal bottom ash in cement-based recycling |
| Chugh, Yoginder | Demonstration of CFB Ash as a Cement Substitute in Concrete Pier Foundations for a Photo-Voltaic Power System at SIUC |
| Chugh, Yoginder | Design and Demonstration of Cattle Feeding Pads using Coal Combustion Byproducts including Sulfite-rich Scrubber Sludge |
| Clayton, Kip | Effect of Cenospheres on Flyash Brick Properties |
| Clemente, Carmen | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Cloete, TE | Phylogenetic analyses of microbial populations from South African fly ash based on Denaturing Gradient Gel Electrophoresis (DGGE) profiles |
| Coca, Pilar | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Coca, Pilar | Quantitative Determination of Glass and Mineralogical Analysis of Coal Combustion Fly Ashes |
| Constantiner, Daniel | The Influence of Fly Ash After Change to Low-NOx Burners on Concrete Strength – Case Study |
| Cooper, Lisa | Carbon Burn-Out - A State of the Art in Commercial Ash Beneficiation |
| Cooper, Lisa | CBO product and the Ready-Mix industry |
| Cooper, Lisa | Mercury Emission Control Evaluation at Progress Energy’s Lee Generation Station |
| Cooper, Lisa | SO3 Mitigation Technology or Sorbents, Carbon Burn-Out and impacts upon Fly-ash |
| Cowan, D | Phylogenetic analyses of microbial populations from South African fly ash based on Denaturing Gradient Gel Electrophoresis (DGGE) profiles |
| Crake, Kyle | CBO product and the Ready-Mix industry |
| Crake, Kyle | Mercury Emission Control Evaluation at Progress Energy’s Lee Generation Station |
| Crouch, Lewis | High Volume Fly Ash Concrete |
| Daniels, W. | Fly Ash Characteristics and Carbon Sequestration Potential |
| Daniels, W. | Leachate Chemistry of Mixtures of Fly Ash and Alkaline Coal Refuse |
| de Klerk, Martin | The use of electrical resistivity to map water flow paths through ash dumps and the underlying fractured aquifers, Mpumalanga, South Africa |
| Del Moral Ballesteros, Adrian | Utilization of Coal Combustion Byproducts as Capping Amendments for Heavy Metals Sequestration |
| Demirkan, M. | Adsorption Behavior of Petroleum Hydrocarbons onto High Carbon Content Fly ashes |
| Demirkan, M. | Remediation of Petroleum Contaminated Soils Using High Carbon Content Fly Ash |
| Diaz-Somoano, Mercedes | Relationship between mercury capture in fly ash carbons and petrographic characteristics |
| Dick, Warren | Oxidation of Sulfite in FGD to Sulfate When Applied to the Soil Surface |
| Diez, Sergi | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Diez, Sergi | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Diez, Sergi | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Diez, Sergi | Quantitative Determination of Glass and Mineralogical Analysis of Coal Combustion Fly Ashes |
| Dockter, Bruce | Current Status of Spray Dryer Absorber Material Characterization and Utilizatio |
| Dockter, Bruce | Using Class C Fly Ash to Mitigate Alkali–Silica Reactions in Concrete |
| Donahoe, Rona | Chemical Fixation of Trace Elements in Coal Fly Ash |
| Dubikova, Maria | Element Mobility from Fresh and Long-stored Acidic Fly Ashes |
| Dubikova, Maria | Speciation and Leachability of Trace Elements in Australian Fly Ashes |
| Dudi, Vikramjeet | Stabilization of Sulfate-Bearing Soils Using Class F Fly Ash and Calcium Chloride |
| Edil, Tuncer | Life Cycle Based Risk Assessment of Use of Coal Combustion Products in Roadway Construction |
| Edil, Tuncer | SUSTAINABLE CONSTRUCTION CASE HISTORY: FLY ASH STABILIZATION OF ROAD-SURFACE GRAVEL |
| Eick, Matt | Leachate Chemistry of Mixtures of Fly Ash and Alkaline Coal Refuse |
| Ellendt, Annabelle | The application of zeolites synthesized from solid waste residues recovered from the neutralization of acid mine drainage with fly ash for toxic element removal |
| Elsayed, Assem | Compression Behavior of Synthetic Lightweight Aggregates |
| Ericksen, Jody | Mercury releases to the atmosphere from ash amended soils |
| Etchebers, O. | Fly ash as an alternative to limestone in active acid mine drainage treatment systems |
| Eylands, Kurt | Using Class C Fly Ash to Mitigate Alkali–Silica Reactions in Concrete |
| Fagan, Lisa | Fly Ash Characteristics and Carbon Sequestration Potential |
| Feeley, Thomas | Impact of Mercury Control Technologies on Fly Ash and FGD Byproducts |
| Fernandez-Pereira, Constantino | Immobilization of a metallurgical waste using fly ash-based geopolymers |
| Fernandez-Pereira, Constantino | Influence Of The Use Of Alternative Fuels On The Leaching Properties Of Fly Ashes |
| Fernandez-Pereira, Constantino | Use of zeolitised fly ashes in fire resistance plates |
| 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 |
| Feuerborn, Hans-Joachim | Coal Combustion Products in Europe - Trends and Developments |
| Fischer, John | Healthy Safe Coal HandlingSM with Sustainable No Visible® Dust Environment |
| Fizette, Hobson | Strength of CCB Concrete Compared to an Equivalent Conventional Concrete |
| Font, Oriol | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Font, Oriol | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Font, Oriol | Influence Of The Use Of Alternative Fuels On The Leaching Properties Of Fly Ashes |
| Font, Oriol | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Font, Oriol | Quantitative Determination of Glass and Mineralogical Analysis of Coal Combustion Fly Ashes |
| Foppiano, Jason | Life Cycle Based Risk Assessment of Use of Coal Combustion Products in Roadway Construction |
| Fox, Bruce | Three Sisters Mountain Village Development – Transformation of Old Coal Mine Properties into Modern Day Use |
| Fox, John | The Influence of Fly Ash After Change to Low-NOx Burners on Concrete Strength – Case Study |
| French, David | Benchmarking of Environmental Credentials of Australian Fly Ash |
| French, David | CCP – WASTE OR RESOURCE: BREAKING THE REGULATORY PARADIGMS |
| French, David | Element Mobility from Fresh and Long-stored Acidic Fly Ashes |
| French, David | Speciation and Leachability of Trace Elements in Australian Fly Ashes |
| Fuller, Don | Efficient Coal Combustion Product Disposal for Existing Power Plants |
| Gagnon, Jean-Rene | Plasma Gasification and Vitrification of Ash – Conversion of Ash into Glass-like Products and Syngas |
| Garcia-Peńa, Francisco | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Garcia-Peńa, Francisco | Quantitative Determination of Glass and Mineralogical Analysis of Coal Combustion Fly Ashes |
| Gardner, Kevin | Life Cycle Based Risk Assessment of Use of Coal Combustion Products in Roadway Construction |
| Gasiorowski, Stephen | High Quality Fly Ash Production and Fuel Recovery by Separation Technologies’ Beneficiation Processes |
| Gericke, Gerhard | Sustainability of inland ash disposal facilities as salt sinks |
| Giacinto, Joseph | Cost Optimization for Mine Void Stabilization Projects: A Deep Mine Case Study |
| Giacinto, Joseph | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment |
| Giampa, Vincent | SO3 Mitigation Technology or Sorbents, Carbon Burn-Out and impacts upon Fly-ash |
| Gimenez, Antonio | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Gimenez, Antonio | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Ginster, Martin | Leachate Characteristics of Coal Ash Residues from a Laboratory-Scale Brine Gasification Simulation Process |
| Giudetti, Maria | Dry Bottom Ash Handling Increases Marketability |
| Godoy, Luis | A Joint Industrial Byproducts Reutilization Initiative |
| Golightly, Danold | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon |
| Golightly, Danold | Mercury Emissions from Curing Concretes that Contain Fly Ashes and Activated Carbon Sorbents from Three Coal-Fired Power Plants |
| Goss, David | Welcoming Remarks and Plenary Speaker Introduction - Dave Goss, Director, American Coal Ash Association |
| Grammelis, Panagiotis | Leaching and Toxicity Behavior of Ashes from Circulating Fluidised Bed Combustion |
| Granite, Evan | Measurement of mercury flux from coal utilization by-products with a laboratory flux chamber |
| Groppo, John | Characteristics of Classified Fly Ash as Polymer Filler |
| Groppo, John | Developing a New Market for Coal Ash: Residential Concrete |
| Gustin, Frederick | Resilient Moduli and Structural Layer Coefficient of Fly Ash-Stabilized Recycled Asphalt Base |
| Gustin, Mae | Investigation of Hg release associated with FGD Materials |
| Gustin, Mae | Mercury releases to the atmosphere from ash amended soils |
| Guynn, Robin | Use of a CCP Grout to Reduce the Formation of Acid Mine Drainage: 10-Year Update on the Winding Ridge Project |
| Hämäläinen, Jouni | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass |
| Han, Dong-Yun | Heavy metal adsorption properties of zeolite synthesized from coal bottom ash |
| Han, Gi-Chun | Characterization and pozzolanic property of air-quenched coal bottom ash in cement-based recycling |
| Han, Gi-Chun | Heavy metal adsorption properties of zeolite synthesized from coal bottom ash |
| Han, Gi-Chun | Removal of unburned carbon by flotation for recycling of coal bottom ash at point of view about adsorption |
| Hardin, Kenneth | Efficient Coal Combustion Product Disposal for Existing Power Plants |
| Hardin, Kenneth | Embankment Load Tests on an Active Ash Basin |
| Hartung, Kerri | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash |
| Hassett, David | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal |
| Hassett, David | Current Status of Spray Dryer Absorber Material Characterization and Utilizatio |
| Hassett, David | Microbiologically Generated Mercury Vapor and Methylmercury in Soil Applications of CCBs |
| Hedgecock, Jill | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash |
| Hedges, Daniel | Evaluation of Coal Fueled Heating Boilers |
| Heebink, Loreal | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal |
| Heebink, Loreal | Current Status of Spray Dryer Absorber Material Characterization and Utilizatio |
| Heebink, Loreal | Microbiologically Generated Mercury Vapor and Methylmercury in Soil Applications of CCBs |
| Hegde, Ramesh | Environmental Factors Affecting Subgrade Heaving and the Modified Fly Ash role in its Prevention |
| Heidrich, Craig | CCP – WASTE OR RESOURCE: BREAKING THE REGULATORY PARADIGMS |
| Hendricks, Nicky | The application of zeolites synthesized from solid waste residues recovered from the neutralization of acid mine drainage with fly ash for toxic element removal |
| Henke, Kevin | Effects of Sulfate and Aluminum Crystal Forms on the Kinetics of Ettringite Formation |
| Hennings, Brian | Speciation of As, Se, Cr, and Hg in Field Leachate at CCP Management Sites |
| Hensel, Bruce | Evolution of Dissolved Arsenic in Groundwater Downgradient of a Coal Ash Impoundment |
| Hensel, Bruce | Speciation of As, Se, Cr, and Hg in Field Leachate at CCP Management Sites |
| Hensel, Bruce | 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 |
| Hensman, Carl | Impact of Mercury Control Technologies on Fly Ash and FGD Byproducts |
| Hensman, Carl | THE IMPACT OF Hg CONTROL TECHNOLOGIES ON THE LEACHING AND THERMAL RELEASE OF Hg, Ni, As, Se Cd, Pb, FROM COAL UTILIZATION BYPRODUCTS |
| Hesbach, Peter | Leaching of Phase II Mercury Control Technology By-products |
| Heun, Jeffrey | Embankment Load Tests on an Active Ash Basin |
| Hewitt, Ryan | High Volume Fly Ash Concrete |
| Hicks, James | Mitigation of Alkali-Silica Reaction (ASR) of Highly Reactive Aggregates with Class C fly ash |
| Hill, Russell | A New Technology for Ammonia Removal |
| Hill, Russell | FACT Technology – Status, Performance, and Mechanism |
| Hoeflich, Peter | Mercury Emission Control Evaluation at Progress Energy’s Lee Generation Station |
| Hower, James | Adsorption Behavior of Petroleum Hydrocarbons onto High Carbon Content Fly ashes |
| Hower, James | Characterization of Coal Combustion By-Products from Two Stoker Boiler Systems |
| Hower, James | Evaluation of Coal Fueled Heating Boilers |
| Huggins, Frank | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Huggins, Frank | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Hurt, Robert | An Alternative to Fly Ash Beneficiaton – Ozone Treatment Demonstrated at PPL Montour SES |
| Hwang, Sangchul | A Joint Industrial Byproducts Reutilization Initiative |
| Hwang, Sangchul | Utilization of Coal Combustion Byproducts as Capping Amendments for Heavy Metals Sequestration |
| Hyup, Kang | The Utilization Case of Fly Ash Containing High Unburned Carbon |
| Ionita, Gheorghe | New Special Concretes |
| Ishikawa, Yoshitaka | JIS (Japanese Industrial Standards) and Quality Distribution of Fly Ash for Concrete in Japan |
| Ishikawa, Yoshitaka | Pozzolanic reaction between natural/artificial coarse aggregate and concrete matrix |
| Izquierdo, Maria | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Izquierdo, Maria | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Izquierdo, Maria | Influence Of The Use Of Alternative Fuels On The Leaching Properties Of Fly Ashes |
| Izquierdo, Maria | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Izquierdo, Maria | Quantitative Determination of Glass and Mineralogical Analysis of Coal Combustion Fly Ashes |
| Jackson, N. | Pavement Subgrade Stabilization and Construction Using Bed and Fly Ash |
| Jankowski, Jerzy | Element Mobility from Fresh and Long-stored Acidic Fly Ashes |
| Jankowski, Jerzy | Speciation and Leachability of Trace Elements in Australian Fly Ashes |
| Jansen, Thomas | Strength Performance Results of “Eco-Pad” A High Recycled Content In-Situ Mixed Concrete Pavement |
| Jdid, El-Aid | Immobilization of a metallurgical waste using fly ash-based geopolymers |
| Jewell, Robert | The Fabrication of Value Added Cement Products from Circulating Fluidized Bed Combustion Ash |
| Jia, Lufei | Reactivation of Partially Sulfated CFBC Ash and Limestone with Steam and Liquid Water |
| Jolicoeur, Carmel | A New Technology for Ammonia Removal |
| Jolicoeur, Carmel | FACT Technology – Status, Performance, and Mechanism |
| Jones, M. | Utilizing Class F Fly Ash to Offset Non-Ideal Aggregate Characteristics for Concrete in Chloride Environments |
| Jones, Sean | Characteristics of Sulfite-Rich Scrubber Materials and Potential Value-Added Materials from Them |
| Jorgenson, Ron | Managing the Changing Face of CCPs at Coal-Fired Power Plants |
| Jovanovic, Nataša | A Comparative Study of Portland Cement Clinker Obtained from Ordinary Raw Mixture and Mixture with Fly Ash |
| Jovanovic, Nataša | Influence of Fly Ash upon Portland Cement Clinker Properties |
| Kachur, Edward | Leaching of Phase II Mercury Control Technology By-products |
| Kairies, Candace | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor |
| Kairies, Candace | Testing Mechanisms of Mercury Retention in FGD Products |
| Kashi, Mohsen | Flowable Fills Developed With High Volumes of Fly Ash |
| Kato, Masahiro | Pozzolanic reaction between natural/artificial coarse aggregate and concrete matrix |
| Ketikidis, Chrisovalantis | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass |
| Ketikidis, Chrisovalantis | Greek fly ash as a cement replacement in the production of paving blocks |
| Khatri, Chitralekha | Power plant fly ash as potential heterogeneous solid acid catalyst for acylation of anisole |
| Kim, Ann | Long-Term Column Leaching of Phase II Mercury Control Technology By-products |
| Kim, Ann | Release of Ammonium and Mercury from NOx Controlled Fly Ashes |
| Kim, Ann | Soluble Metals in Gasification By-Products |
| Kim, Hyung Taek | Evaluation of Ash Fouling Behavior Determined by Theoretical and Experimental Method in Coal Gasifier Condition |
| Kim, Hyung-Seok | Removal of unburned carbon by flotation for recycling of coal bottom ash at point of view about adsorption |
| Kim, Kwan-Ho | Characterization and pozzolanic property of air-quenched coal bottom ash in cement-based recycling |
| Kinuthia, John | Utilization of high-carbon content pulverized fuel ash (pfa) in civil engineering construction |
| Kirkconnell, Spencer | Carbon Burn-Out - A State of the Art in Commercial Ash Beneficiation |
| Knight, Zachary | Remediation of Petroleum Contaminated Soils Using High Carbon Content Fly Ash |
| Kochert, Sean | Dry Bottom Ash Handling Increases Marketability |
| Komljenovic, Miroslav | A Comparative Study of Portland Cement Clinker Obtained from Ordinary Raw Mixture and Mixture with Fly Ash |
| Komljenovic, Miroslav | Fly Ash from Serbian Power Plants Used as a Raw Material for Ceramic Tiles Production |
| Komljenovic, Miroslav | Influence of Fly Ash upon Portland Cement Clinker Properties |
| Kost, David | Oxidation of Sulfite in FGD to Sulfate When Applied to the Soil Surface |
| Kost, David | Reclamation of An Acid Coal Minesoil Using Flue Gas Desulfurization Products, Sewage Sludge, and Borrow Soil |
| Koukouzas, Nikolaos | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass |
| Koukouzas, Nikolaos | Greek fly ash as a cement replacement in the production of paving blocks |
| Kovatch, Eric | Evolution of Dissolved Arsenic in Groundwater Downgradient of a Coal Ash Impoundment |
| Kulaots, Indrek | An Alternative to Fly Ash Beneficiaton – Ozone Treatment Demonstrated at PPL Montour SES |
| Kumar, Sanjeev | Demonstration of CFB Ash as a Cement Substitute in Concrete Pier Foundations for a Photo-Voltaic Power System at SIUC |
| Kumar, Sanjeev | Shrink Swell Characteristics of Concrete Composite Made with Illinois Bottom Ash |
| Kumar, Sanjeev | Strength of CCB Concrete Compared to an Equivalent Conventional Concrete |
| Kumar, Sunil | Resilient Moduli and Structural Layer Coefficient of Fly Ash-Stabilized Recycled Asphalt Base |
| LaBuz, Lawrence | An Alternative to Fly Ash Beneficiaton – Ozone Treatment Demonstrated at PPL Montour SES |
| Ladwig, Kenneth | Calcium Impact on Arsenic Adsorption onto Coal Fly Ash |
| Ladwig, Kenneth | Chemical Fixation of Trace Elements in Coal Fly Ash |
| Ladwig, Kenneth | Investigation of Hg release associated with FGD Materials |
| Ladwig, Kenneth | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon |
| Ladwig, Kenneth | Mercury Emissions from Curing Concretes that Contain Fly Ashes and Activated Carbon Sorbents from Three Coal-Fired Power Plants |
| Ladwig, Kenneth | Speciation of As, Se, Cr, and Hg in Field Leachate at CCP Management Sites |
| Ladwig, Kenneth | The Leachability and Speciation of Arsenic and Selenium in Coal Fly Ash |
| Landreth, Ronald | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent |
| Lawrie, R. | Influence of coal fly ash application on trace element mobility and distribution in soil, plant and leachate |
| Lee, Bong-Han | Characterization and pozzolanic property of air-quenched coal bottom ash in cement-based recycling |
| Lee, Im-Chang | Characterization and pozzolanic property of air-quenched coal bottom ash in cement-based recycling |
| Lee, Joon-Soo | Evaluation of Ash Fouling Behavior Determined by Theoretical and Experimental Method in Coal Gasifier Condition |
| Lee, Sung Joo | Removal of unburned carbon by flotation for recycling of coal bottom ash at point of view about adsorption |
| Lee, Yong | Oxidation of Sulfite in FGD to Sulfate When Applied to the Soil Surface |
| Leiva, Carlos | Immobilization of a metallurgical waste using fly ash-based geopolymers |
| Leiva, Carlos | Use of zeolitised fly ashes in fire resistance plates |
| Liao, Josh | Environmental Factors Affecting Subgrade Heaving and the Modified Fly Ash role in its Prevention |
| Lin, Jin | Leaching test of coal fly ash for the landfill |
| Lister, Robert | Understanding Pipe Wear in Fly Ash Pneumatic Conveying Systems |
| Liu, Henry | Test of Mercury Vapor Emission from Flyash Bricks |
| Liu, Xin | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent |
| Livingston, Richard | Application of Glass Corrosion Tests to the Reactivity of Fly Ash |
| Logar, Mihovil | A Comparative Study of Portland Cement Clinker Obtained from Ordinary Raw Mixture and Mixture with Fly Ash |
| London, Jacqueline | Speciation of As, Se, Cr, and Hg in Field Leachate at CCP Management Sites |
| Loomis, Kristin | Remediation of Petroleum Contaminated Soils Using High Carbon Content Fly Ash |
| Lopez-Anton, Maria | Relationship between mercury capture in fly ash carbons and petrographic characteristics |
| Lu, Zhe | Factors affecting the development of activated carbons from unburned carbon |
| Luna, Yolanda | Immobilization of a metallurgical waste using fly ash-based geopolymers |
| Luna, Yolanda | Influence Of The Use Of Alternative Fuels On The Leaching Properties Of Fly Ashes |
| Lunkov, Alexey | Some Aspects of Implementing Ecologically Sound Ash Removal Technologies at Reconstruction of Coal-Fired Power Plants in Russia |
| Mack, Robert | Pavement Subgrade Stabilization and Construction Using Bed and Fly Ash |
| MacLean, James | Intermodal Technology Extends Supply Radius of Coal Fly Ash to New Markets |
| Majkrzak, Greg | Effect of Cenospheres on Flyash Brick Properties |
| Maldonado, Vanessa | Utilization of Coal Combustion Byproducts as Capping Amendments for Heavy Metals Sequestration |
| Malek, Mag | Pavement Subgrade Stabilization and Construction Using Bed and Fly Ash |
| Malhotra, Vivak | Characteristics of Sulfite-Rich Scrubber Materials and Potential Value-Added Materials from Them |
| Malhotra, Vivak | Where is Mercury in FGD Scrubber: Gypsum, Scrubber Water, or Emitted? |
| Malloy, Robert | Development and Properties of Foamed Synthetic Lightweight Aggregates |
| Manoharan, V. | Germination and early growth of crop and pasture species on media amended with two contrasting types of coal fly-ashes |
| Manoharan, V. | Influence of coal fly ash application on trace element mobility and distribution in soil, plant and leachate |
| Mardon, Sarah | Evaluation of Coal Fueled Heating Boilers |
| Markevicius, Gediminas | Characteristics of Sulfite-Rich Scrubber Materials and Potential Value-Added Materials from Them |
| Markley, Brandie | Understanding mercury oxidation and retention by fly ash |
| Marks, Maria | Evaluation of Coal Fueled Heating Boilers |
| Maroto-Valer, Mercedes | Factors affecting the development of activated carbons from unburned carbon |
| Maroto-Valer, Mercedes | Understanding mercury oxidation and retention by fly ash |
| Marrs, Brock | Characteristics of Classified Fly Ash as Polymer Filler |
| Martello, Donald | Measurement of mercury flux from coal utilization by-products with a laboratory flux chamber |
| Marten, Elaine | An Integrated Approach to Processing of Coal Combustion Ash and Organic Bio-solids |
| Martinez-Tarazona, M. | Relationship between mercury capture in fly ash carbons and petrographic characteristics |
| Matjie, Henry | Leachate Characteristics of Coal Ash Residues from a Laboratory-Scale Brine Gasification Simulation Process |
| McCann, Robert | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash |
| McCarthy, Aikaterini | Utilizing Class F Fly Ash to Offset Non-Ideal Aggregate Characteristics for Concrete in Chloride Environments |
| McCarthy, Michael | Utilizing Class F Fly Ash to Offset Non-Ideal Aggregate Characteristics for Concrete in Chloride Environments |
| McNeilly, Meghan | Fly Ash Characteristics and Carbon Sequestration Potential |
| Meij, Rudolf | Environmental and health aspects of ashes produced at co-combustion of biomass |
| Mensah-Biney, Robert | An Integrated Approach to Processing of Coal Combustion Ash and Organic Bio-solids |
| Miller, Charles | Characteristics of Sulfite-Rich Scrubber Materials and Potential Value-Added Materials from Them |
| Miller, Evelyn | Partitioning of Metals in a Limestone Forced Oxidation Scrubber System |
| Minkara, Rafic | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial |
| Mishra, Dhanada | On Compressive Strength of Commonly Used Grades of Concrete using NALCO Fly ash |
| Mishra, Suren | Stabilization of Sulfate-Bearing Soils Using Class F Fly Ash and Calcium Chloride |
| Misra, Anil | Resilient Moduli and Structural Layer Coefficient of Fly Ash-Stabilized Recycled Asphalt Base |
| Mobasher, Barzin | Modeling of Sulfate Resistance of Fly ash Blended Cement Concrete Materials |
| Mooketsi, Olebogeng | Leachate Characteristics of Coal Ash Residues from a Laboratory-Scale Brine Gasification Simulation Process |
| Morar, Doina | Adsorption Behavior of Petroleum Hydrocarbons onto High Carbon Content Fly ashes |
| Moreno, Natalia | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Moreno, Natalia | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Moreno, Natalia | Influence Of The Use Of Alternative Fuels On The Leaching Properties Of Fly Ashes |
| Moreno, Natalia | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Moreno, Natalia | Quantitative Determination of Glass and Mineralogical Analysis of Coal Combustion Fly Ashes |
| Muller, Isabelle | Application of Glass Corrosion Tests to the Reactivity of Fly Ash |
| Munish, Santosh | Design and Demonstration of Cattle Feeding Pads using Coal Combustion Byproducts including Sulfite-rich Scrubber Sludge |
| Murayama, Norihiro | Cation Exchange Property of Various Zeolitic Materials from Coal Fly Ash for Monovalent and divalent cations |
| Nambu, Masateru | Leaching test of coal fly ash for the landfill |
| Nambu, Masateru | Pozzolanic reaction between natural/artificial coarse aggregate and concrete matrix |
| Narukawa, Tomohiro | Speciation and Leachability of Trace Elements in Australian Fly Ashes |
| Nel, Jacobus | The use of electrical resistivity to map water flow paths through ash dumps and the underlying fractured aquifers, Mpumalanga, South Africa |
| Nelson, Brian | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial |
| Nelson, Sid | Concretes and Fly Ashes from a Full-Scale, Concrete-Friendly™ C-PAC™ Mercury Control Trial |
| Nelson, Sid | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent |
| Nelson, Sid | New Method to Replace the Foam Index Test |
| Nicolae, Avram | New Special Concretes |
| Nordmeyer, Herbert | Greening of Mortars with Pozzolans |
| Nordmeyer, Herbert | Water Repellent Performance in Pozzolanic and Traditional Mortars |
| Norton, L. | Agricultural applications of FGD gypsum in soil and water management |
| Nozaki, Kenji | Leaching test of coal fly ash for the landfill |
| Nozaki, Kenji | Pozzolanic reaction between natural/artificial coarse aggregate and concrete matrix |
| Nugteren, Henk | Influence of Particle Size Distribution on the Compressive Strength of Geopolymers Produced from Coal (co-)Combustion Fly Ashes |
| Nugteren, Henk | Influence Of The Use Of Alternative Fuels On The Leaching Properties Of Fly Ashes |
| Nugteren, Henk | Quantitative Determination of Glass and Mineralogical Analysis of Coal Combustion Fly Ashes |
| Ochsenbein, Melissa | Automated Foam Index Testing of Coal Ashes |
| O'Keefe, Jen | Characterization of Coal Combustion By-Products from Two Stoker Boiler Systems |
| O'Keefe, Jen | Evaluation of Coal Fueled Heating Boilers |
| Oliva, Robert | CBO product and the Ready-Mix industry |
| Otero, Pedro | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Otero, Pedro | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Ouchi, Masahiro | Particle dispersion of low-calcium fly ash mortar by polycarboxylated based superplasticizer |
| Overholt, Arlen | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent |
| Pagán, Ismael | A Joint Industrial Byproducts Reutilization Initiative |
| Palumbo, Anthony | Fly Ash Characteristics and Carbon Sequestration Potential |
| Pan, Wei-Ping | Correlation between distribution of As, Se, and Hg in Fly Ash and Leachability |
| Pando, Miguel | A Joint Industrial Byproducts Reutilization Initiative |
| Pando, Miguel | Soft Clay Improvement Using FBC Fly Ash |
| Pando, Miguel | Utilization of Coal Combustion Byproducts as Capping Amendments for Heavy Metals Sequestration |
| Papagianni, Ioanna | Greek fly ash as a cement replacement in the production of paving blocks |
| Papanikolaou, Dimitra | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass |
| Papanikolaou, Dimitra | Greek fly ash as a cement replacement in the production of paving blocks |
| Patel, Dan | Chemical Fixation of Trace Elements in Coal Fly Ash |
| Patel, Sachin | Resilient Moduli and Structural Layer Coefficient of Fly Ash-Stabilized Recycled Asphalt Base |
| Patton, Robert | An Alternative to Fly Ash Beneficiaton – Ozone Treatment Demonstrated at PPL Montour SES |
| Patwardhan, Amit | Demonstration of CFB Ash as a Cement Substitute in Concrete Pier Foundations for a Photo-Voltaic Power System at SIUC |
| Patwardhan, Amit | Design and Demonstration of Cattle Feeding Pads using Coal Combustion Byproducts including Sulfite-rich Scrubber Sludge |
| Paul, Jan | Bioleaching of Sulphidic Concentrates and pH-control with Ashes |
| Paul, Mehtap | Bioleaching of Sulphidic Concentrates and pH-control with Ashes |
| Pavlish, John | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal |
| Pekney, Natalie | Measurement of mercury flux from coal utilization by-products with a laboratory flux chamber |
| Perrone, Roger | Characteristics of Classified Fly Ash as Polymer Filler |
| Petrasinovic-Stojkanovic, Ljiljana | A Comparative Study of Portland Cement Clinker Obtained from Ordinary Raw Mixture and Mixture with Fly Ash |
| Petrasinovic-Stojkanovic, Ljiljana | Fly Ash from Serbian Power Plants Used as a Raw Material for Ceramic Tiles Production |
| Petrasinovic-Stojkanovic, Ljiljana | Influence of Fly Ash upon Portland Cement Clinker Properties |
| Petrik, Leslie | Effect of Fly Ash particle size on its capacity to neutralize Acid Mine Drainage and influence on the rheological behaviour of residual solids |
| Petrik, Leslie | Fly ash as an alternative to limestone in active acid mine drainage treatment systems |
| Petrik, Leslie | Mineralogy of ash columns after exposure to AMD |
| Petrik, Leslie | Sustainability of inland ash disposal facilities as salt sinks |
| Petrik, Leslie | The application of zeolites synthesized from solid waste residues recovered from the neutralization of acid mine drainage with fly ash for toxic element removal |
| Petrik, Leslie | The use of electrical resistivity to map water flow paths through ash dumps and the underlying fractured aquifers, Mpumalanga, South Africa |
| Petzrick, Paul | Adsorption Behavior of Petroleum Hydrocarbons onto High Carbon Content Fly ashes |
| Petzrick, Paul | Cost Optimization for Mine Void Stabilization Projects: A Deep Mine Case Study |
| Petzrick, Paul | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment |
| Petzrick, Paul | Remediation of Petroleum Contaminated Soils Using High Carbon Content Fly Ash |
| Petzrick, Paul | Use of a CCP Grout to Reduce the Formation of Acid Mine Drainage: 10-Year Update on the Winding Ridge Project |
| Pflughoeft-Hassett, Debra | Analysis of How Carbon-Based Sorbents Will Impact Fly Ash Utilization and Disposal |
| Pflughoeft-Hassett, Debra | Current Status of Spray Dryer Absorber Material Characterization and Utilizatio |
| Pflughoeft-Hassett, Debra | Microbiologically Generated Mercury Vapor and Methylmercury in Soil Applications of CCBs |
| Pflughoeft-Hassett, Debra | National Synthesis on Regulations, Standards, and Practices Related to the Use of Coal Combustion Products |
| Phillips, Benjamin | Embankment Load Tests on an Active Ash Basin |
| Pretorius, Corné | Sustainability of inland ash disposal facilities as salt sinks |
| Price, Charles | Developing a New Market for Coal Ash: Residential Concrete |
| Prokopidou, Maria | Leaching and Toxicity Behavior of Ashes from Circulating Fluidised Bed Combustion |
| Puppala, Anand | Environmental Factors Affecting Subgrade Heaving and the Modified Fly Ash role in its Prevention |
| Putilov, Viacheslav | Estimation and Recommendations on Increase of Pipelines Overhaul Life Duration of Installations for Pneumatic Transport of Ash and Coal Dust of TPPS |
| Putilov, Vjacheslav | Some Aspects of Implementing Ecologically Sound Ash Removal Technologies at Reconstruction of Coal-Fired Power Plants in Russia |
| Putilova, Irina | Estimation and Recommendations on Increase of Pipelines Overhaul Life Duration of Installations for Pneumatic Transport of Ash and Coal Dust of TPPS |
| Putilova, Irina | Some Aspects of Implementing Ecologically Sound Ash Removal Technologies at Reconstruction of Coal-Fired Power Plants in Russia |
| Putrich, Steven | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash |
| Querol, Xavier | Effect of the Addition of Petcoke on the Partitioning of Trace Elements in Pulverised Coal Combustion (PCC) Plants |
| Querol, Xavier | Immobilization of a metallurgical waste using fly ash-based geopolymers |
| Querol, Xavier | Influence Of Coal/Petcoke Ratio On The Leaching Properties Of Co-firing By-products |
| Querol, Xavier | Influence Of The Use Of Alternative Fuels On The Leaching Properties Of Fly Ashes |
| Querol, Xavier | Partitioning of Trace Elements in Coal Gasification: Influence of the Feed Conditions |
| Querol, Xavier | Quantitative Determination of Glass and Mineralogical Analysis of Coal Combustion Fly Ashes |
| Querol, Xavier | Stabilization of leachable trace pollutants from FGD by-products |
| Querol, Xavier | Use of zeolitised fly ashes in fire resistance plates |
| Rafalko, Leonard | Cost Optimization for Mine Void Stabilization Projects: A Deep Mine Case Study |
| Rafalko, Leonard | Use of a CCP Grout to Reduce the Formation of Acid Mine Drainage: 10-Year Update on the Winding Ridge Project |
| Ramme, Bruce | Strength Performance Results of “Eco-Pad” A High Recycled Content In-Situ Mixed Concrete Pavement |
| Ramsier, Cliff | Oxidation of Sulfite in FGD to Sulfate When Applied to the Soil Surface |
| Rani, Ashu | Power plant fly ash as potential heterogeneous solid acid catalyst for acylation of anisole |
| Rathbone, Robert | Effects of Sulfate and Aluminum Crystal Forms on the Kinetics of Ettringite Formation |
| Rathbone, Robert | The Fabrication of Value Added Cement Products from Circulating Fluidized Bed Combustion Ash |
| Rauch, Alan | Embankment Load Tests on an Active Ash Basin |
| Ray, Prasun | Selection and characterization of suitable ectomycorrhizal isolates for application in heavy metal polluted sites |
| Reeves, Gary | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment |
| Reyes Rodriguez, Arleen | Soft Clay Improvement Using FBC Fly Ash |
| Reynolds, Kelley | Mineralogy of ash columns after exposure to AMD |
| Reynolds, Kelley | Phylogenetic analyses of microbial populations from South African fly ash based on Denaturing Gradient Gel Electrophoresis (DGGE) profiles |
| Reynolds, Kelley | Sustainability of inland ash disposal facilities as salt sinks |
| Reynolds, Kelley | The use of electrical resistivity to map water flow paths through ash dumps and the underlying fractured aquifers, Mpumalanga, South Africa |
| Rhudy, Richard | Mercury Partitioning in Flue Gas Desulfurization Byproduct Liquors and Solids |
| Richardson, Mandi | Mercury Partitioning in Flue Gas Desulfurization Byproduct Liquors and Solids |
| Riedel, Karl-Heinz | Leachate Characteristics of Coal Ash Residues from a Laboratory-Scale Brine Gasification Simulation Process |
| Riley, Kenneth | Benchmarking of Environmental Credentials of Australian Fly Ash |
| Riley, Kenneth | Element Mobility from Fresh and Long-stored Acidic Fly Ashes |
| Riley, Kenneth | Speciation and Leachability of Trace Elements in Australian Fly Ashes |
| Robl, Thomas | Characteristics of Classified Fly Ash as Polymer Filler |
| Robl, Thomas | Effects of Sulfate and Aluminum Crystal Forms on the Kinetics of Ettringite Formation |
| Robl, Thomas | The Fabrication of Value Added Cement Products from Circulating Fluidized Bed Combustion Ash |
| Robl, Thomas | Welcoming Remarks and Introduction of Bart Thomas Award and WOCA Poster Award - Dr. Thomas Robl, Associate Director, University of Kentucky Center for Applied Energy Research |
| Roebel, John | John Roebel, Plenary Speaker |
| Rohar, Paul | Long-Term Column Leaching of Phase II Mercury Control Technology By-products |
| Rohar, Paul | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor |
| Rohde, Geraldo | Trends of Coal Ash Production in Brazil |
| Rongsayamanont, Chaiwat | Modification of Synthetic Zeolite Pellets from Lignite Fly Ash A : The Pelletization |
| Rongsayamanont, Chaiwat | Modification of Synthetic Zeolite Pellets from Lignite Fly Ash B : Treatability Study |
| Rosenmerkel, James | Full Depth Reclamation [FDR] with Class ‘C’ Fly Ash at Waukesha County Airport / Crites Field |
| Rosic, Aleksandra | A Comparative Study of Portland Cement Clinker Obtained from Ordinary Raw Mixture and Mixture with Fly Ash |
| Rosic, Aleksandra | Influence of Fly Ash upon Portland Cement Clinker Properties |
| Rossi, Jose | A Joint Industrial Byproducts Reutilization Initiative |
| Roux, du Toit | Sustainability of inland ash disposal facilities as salt sinks |
| Ruiz, Alberto | A Joint Industrial Byproducts Reutilization Initiative |
| Rustagi, Neha | Adsorption Behavior of Petroleum Hydrocarbons onto High Carbon Content Fly ashes |
| Saeki, Tatsuhiko | Leaching test of coal fly ash for the landfill |
| Sager, John | USEPA Policy and Technical Issues Associated with CCP Utilization |
| Sakellaropoulos, George | Leaching and Toxicity Behavior of Ashes from Circulating Fluidised Bed Combustion |
| Sandstrom, Ake | Bioleaching of Sulphidic Concentrates and pH-control with Ashes |
| Saraber, Angelo | Environmental and health aspects of ashes produced at co-combustion of biomass |
| Sarma, Moumy | A Study on Botswana Fly Ash for Agricultural Use |
| Sarma, Moumy | A Study on Engineering Behaviour of Fly Ash Stabilized Sub-Standard Road Materials in Botswana |
| Sarma, Moumy | Effect of Curing on Fly Ash Stabilized Road Materials in Botswana |
| Sarma, Moumy | Performance of Pavement Constructed with Fly Ash Stabilized Materials in Botswana |
| Saylak, Donald | Stabilization of Sulfate-Bearing Soils Using Class F Fly Ash and Calcium Chloride |
| Schobert, Harold | Factors affecting the development of activated carbons from unburned carbon |
| Schouten, L.A. | Influence of Particle Size Distribution on the Compressive Strength of Geopolymers Produced from Coal (co-)Combustion Fly Ashes |
| Schroeder, Karl | Long-Term Column Leaching of Phase II Mercury Control Technology By-products |
| Schroeder, Karl | Measurement of mercury flux from coal utilization by-products with a laboratory flux chamber |
| Schroeder, Karl | Release of Ammonium and Mercury from NOx Controlled Fly Ashes |
| Schroeder, Karl | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor |
| Schroeder, Karl | Testing Mechanisms of Mercury Retention in FGD Products |
| Schuler, Peggy | Risk Evaluation of Leachable Mercury From Concrete Products Made With Fly Ash |
| Schultz, Scott | Pavement Subgrade Stabilization and Construction Using Bed and Fly Ash |
| Schweitzer, Jeffrey | Application of Glass Corrosion Tests to the Reactivity of Fly Ash |
| Seagren, Eric | Adsorption Behavior of Petroleum Hydrocarbons onto High Carbon Content Fly ashes |
| Seagren, Eric | Remediation of Petroleum Contaminated Soils Using High Carbon Content Fly Ash |
| Sedrick, Hope | Economics of Light Weight Aggregate Production from Fly Ash |
| 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 |
| Shaw, Brian | FACT Technology – Status, Performance, and Mechanism |
| Shibata, Junji | Cation Exchange Property of Various Zeolitic Materials from Coal Fly Ash for Monovalent and divalent cations |
| Shin, Bang | Shrink Swell Characteristics of Concrete Composite Made with Illinois Bottom Ash |
| Shin, Sang | Shrink Swell Characteristics of Concrete Composite Made with Illinois Bottom Ash |
| Shinn, Melissa | Test of Mercury Vapor Emission from Flyash Bricks |
| Shuku, Kazuki | Cation Exchange Property of Various Zeolitic Materials from Coal Fly Ash for Monovalent and divalent cations |
| Sik, Park | The Utilization Case of Fly Ash Containing High Unburned Carbon |
| Skodras, George | Leaching and Toxicity Behavior of Ashes from Circulating Fluidised Bed Combustion |
| Slabaugh, Scott | Development and Properties of Foamed Synthetic Lightweight Aggregates |
| Slater, Brian | Oxidation of Sulfite in FGD to Sulfate When Applied to the Soil Surface |
| 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 |
| Song, Haiping | Automated Foam Index Testing of Coal Ashes |
| Sopajaree, Khajornsak | Modification of Synthetic Zeolite Pellets from Lignite Fly Ash A : The Pelletization |
| Sopajaree, Khajornsak | Modification of Synthetic Zeolite Pellets from Lignite Fly Ash B : Treatability Study |
| Spacek, Dave | Continuous Flyash Removal with the New Airslide® to Pump System |
| St. Simon, Xavier | Germination and early growth of crop and pasture species on media amended with two contrasting types of coal fly-ashes |
| Stehouwer, Richard | Reclamation of An Acid Coal Minesoil Using Flue Gas Desulfurization Products, Sewage Sludge, and Borrow Soil |
| Stencel, John | Automated Foam Index Testing of Coal Ashes |
| Stong, Todd | Managing the Changing Face of CCPs at Coal-Fired Power Plants |
| Su, Tingzhi | Calcium Impact on Arsenic Adsorption onto Coal Fly Ash |
| Suárez-Ruiz, Isabel | Fly ash components: A proposal for their identification and classification |
| Suárez-Ruiz, Isabel | Relationship between mercury capture in fly ash carbons and petrographic characteristics |
| Sun, Ping | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon |
| Surender, Damini | Fly ash as an alternative to limestone in active acid mine drainage treatment systems |
| Surender, Damini | The application of zeolites synthesized from solid waste residues recovered from the neutralization of acid mine drainage with fly ash for toxic element removal |
| Surridge, A. | Phylogenetic analyses of microbial populations from South African fly ash based on Denaturing Gradient Gel Electrophoresis (DGGE) profiles |
| Swan, Christopher | Compression Behavior of Synthetic Lightweight Aggregates |
| Swan, Christopher | Development and Properties of Foamed Synthetic Lightweight Aggregates |
| Swan, Christopher | Flowable Fills Developed With High Volumes of Fly Ash |
| Taerakul, Panuwat | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon |
| Tang, Zhong | Mercury Reduction Performance of Concrete-Friendly™ C-PAC™ Sorbent |
| Tanosaki, Takao | Leaching test of coal fly ash for the landfill |
| Tanosaki, Takao | Pozzolanic reaction between natural/artificial coarse aggregate and concrete matrix |
| Tardif, Marc | A New Technology for Ammonia Removal |
| Tarver, Jana | Fly Ash Characteristics and Carbon Sequestration Potential |
| Tawil, Al | Strength Performance Results of “Eco-Pad” A High Recycled Content In-Situ Mixed Concrete Pavement |
| Taylor, Paul | Water Repellent Performance in Pozzolanic and Traditional Mortars |
| te Winkel, Henk | Environmental and health aspects of ashes produced at co-combustion of biomass |
| Thompson, Robert | Solubilization of Trace Metals from FGD Gypsum Using a Continuously Stirred Tank Reactor |
| Thomson, William | Intermodal Technology Extends Supply Radius of Coal Fly Ash to New Markets |
| Tiwari, Ashok | Effect of Fineness of Fly Ash on Concrete Properties |
| Topping, Gerald | Flowable Fills Developed With High Volumes of Fly Ash |
| Tremouli, Asimina | Definition of mineral and chemical composition of fly ash derived from CFB combustion of coal with biomass |
| Tsikardani, Eleni | Greek fly ash as a cement replacement in the production of paving blocks |
| Tu, Wei | Accelerated Load Testing of Full-Scale Flexible Pavements Constructed of CCPs under Adverse Environmental Conditions |
| Tu, Wei | Constant Rate of Strain Consolidation of Resedimented Class F Fly Ash |
| Tu, Wei | Evaluation of Liquefaction Potential of Impounded Fly Ash |
| Tu, Wei | Full Depth Reclamation of Asphalt Pavements Using Class F Fly Ash |
| Um, Nam-Il | Removal of unburned carbon by flotation for recycling of coal bottom ash at point of view about adsorption |
| Usher, B. | Sustainability of inland ash disposal facilities as salt sinks |
| Vadapalli, Viswanath | Effect of Fly Ash particle size on its capacity to neutralize Acid Mine Drainage and influence on the rheological behaviour of residual solids |
| Vadapalli, Viswanath | Fly ash as an alternative to limestone in active acid mine drainage treatment systems |
| Vadapalli, Viswanath | Mineralogy of ash columns after exposure to AMD |
| Vale, Jose | Immobilization of a metallurgical waste using fly ash-based geopolymers |
| Vale, Jose | Use of zeolitised fly ashes in fire resistance plates |
| Valentim, Bruno | Fly ash components: A proposal for their identification and classification |
| Vandivort, Tamara | Environmental Concerns Related to the Use of Coal Combustion Byproducts in Mine Placement |
| VanGansbeke, Larry | Embankment Load Tests on an Active Ash Basin |
| Vazrala, Anil | Economics of Light Weight Aggregate Production from Fly Ash |
| Vazrala, Anil | Sintering of Class F Fly Ash |
| Vempati, Rajan | Environmental Factors Affecting Subgrade Heaving and the Modified Fly Ash role in its Prevention |
| Vervynckt, Jacob | Correlation between distribution of As, Se, and Hg in Fly Ash and Leachability |
| Vial, Catherine | Catherine Vial, Plenary Speaker |
| Vickers, Maria | Maria Parisi Vickers, Plenary Speaker |
| Vilches, Luis | Use of zeolitised fly ashes in fire resistance plates |
| Vimmerstedt, John | Reclamation of An Acid Coal Minesoil Using Flue Gas Desulfurization Products, Sewage Sludge, and Borrow Soil |
| Vom Berg, Wolfgang | Coal Combustion Products in Europe - Trends and Developments |
| Vories, Kimery | A Technical Review of the Final Report of the National Academy of Sciences "Managing Coal Combustion Residues in Mines |
| Walker, Harold | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon |
| Walker, Harold | Mercury Emissions from Curing Concretes that Contain Fly Ashes and Activated Carbon Sorbents from Three Coal-Fired Power Plants |
| Wallschlager, Dirk | Speciation of As, Se, Cr, and Hg in Field Leachate at CCP Management Sites |
| Wang, Jianmin | Calcium Impact on Arsenic Adsorption onto Coal Fly Ash |
| Wang, Jianmin | The Leachability and Speciation of Arsenic and Selenium in Coal Fly Ash |
| Wang, Lan | The Application and Development of Fly Ash in China |
| Wang, Tian | Calcium Impact on Arsenic Adsorption onto Coal Fly Ash |
| Wang, Tian | The Leachability and Speciation of Arsenic and Selenium in Coal Fly Ash |
| Ward, Colin | Benchmarking of Environmental Credentials of Australian Fly Ash |
| Ward, Colin | CCP – WASTE OR RESOURCE: BREAKING THE REGULATORY PARADIGMS |
| Ward, Colin | Element Mobility from Fresh and Long-stored Acidic Fly Ashes |
| Ward, Colin | Speciation and Leachability of Trace Elements in Australian Fly Ashes |
| Warner, Nathaniel | Effects of Acid Mine Drainage on CCP Grout: A Bench-Scale Weathering Experiment |
| Watlington, Neil | A Joint Industrial Byproducts Reutilization Initiative |
| Watson, James | Effect of Cenospheres on Flyash Brick Properties |
| Wattanalamlerd, Chalermchai | Particle dispersion of low-calcium fly ash mortar by polycarboxylated based superplasticizer |
| Weavers, Linda | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon |
| Weavers, Linda | Mercury Emissions from Curing Concretes that Contain Fly Ashes and Activated Carbon Sorbents from Three Coal-Fired Power Plants |
| West, Richard | Where is Mercury in FGD Scrubber: Gypsum, Scrubber Water, or Emitted? |
| White, Fredrick | Long-Term Column Leaching of Phase II Mercury Control Technology By-products |
| Wolfe, William | Accelerated Load Testing of Full-Scale Flexible Pavements Constructed of CCPs under Adverse Environmental Conditions |
| Wolfe, William | Constant Rate of Strain Consolidation of Resedimented Class F Fly Ash |
| Wolfe, William | Evaluation of Liquefaction Potential of Impounded Fly Ash |
| Wolfe, William | Full Depth Reclamation of Asphalt Pavements Using Class F Fly Ash |
| Wolfe, William | Mercury Emissions During Steam-Curing of Cellular Concretes That Contain Fly Ash and Mercury-Loaded Powdered Activated Carbon |
| Wolfe, William | Mercury Emissions from Curing Concretes that Contain Fly Ashes and Activated Carbon Sorbents from Three Coal-Fired Power Plants |
| Wu, Yinghai | Reactivation of Partially Sulfated CFBC Ash and Limestone with Steam and Liquid Water |
| Xin, Mei | Investigation of Hg release associated with FGD Materials |
| Xin, Mei | Mercury releases to the atmosphere from ash amended soils |
| Xu, Li-Hua | Evaluation of Ash Fouling Behavior Determined by Theoretical and Experimental Method in Coal Gasifier Condition |
| Xu, Yongxin | The use of electrical resistivity to map water flow paths through ash dumps and the underlying fractured aquifers, Mpumalanga, South Africa |
| You, Kwang-Suk | Characterization and pozzolanic property of air-quenched coal bottom ash in cement-based recycling |
| You, Kwang-Suk | Heavy metal adsorption properties of zeolite synthesized from coal bottom ash |
| You, Kwang-Suk | Removal of unburned carbon by flotation for recycling of coal bottom ash at point of view about adsorption |
| Youells, Ro |