2009 Posters
Adsorption Behavior of Heavy Metals on NaP1 Zeolite Synthesized from Coal Bottom AshMihee Lim
Kwang-Suk You
Gi-Chun Han
Hee Chan Cho
Ji-Whan Ahn
Bio-viability on Restored Open Pit with Coal Ash Aggregate AmendmentImiraily Hernandez
Irimar Feliciano
Sangchul Hwang
The Cementitious and Pozzolanic Properties of Fluidized Bed Combustion Fly AshWill Stevens
Thomas Robl
Kamyar Mahboub
Characterization of East asian fly ashTakao Tanosaki
Yoshifumi Watanabe
Yoshitaka Ishikawa
Masateru Nambu
Jin Lin
Qijun Yu
Shigeyoshi Nagataki
The Development of the optimum recycling technology of coal-ash generated from thermoelectric power plant in South KoreaJong-Yun Kim
Myung-Seok Yoon
Sang-Hwa Jung
Sang-Jae Han
Nam-Woong Lim
The effect of the particle size differentiation of lignite fly ash on cement industry applicationsGrigorios Itskos
Socrates Itskos
Nikolaos Koukouzas
Evaluation of Potential Risks from Mercury via Inhalation of Indoor Air from Beneficial Use of Coal Combustion Products (CCPs) in Building MaterialsChris Long
Ari Lewis
Sonja Sax
Explosives Sorption to Coal Ash AggregatesVictor Hernandez
Sangchul Hwang
Feasibility of Open Pit Restoration with Coal Ash Aggregates: Ground Water Quality AssessmentIsomar Latorre
Daniel Roman
Sangchul Hwang
Feasibility of Recovery Alumina from Coal Fly AshH. Zhou
Y. Luo
J. Yu
Xiuchen Qiao
Germanium and Gallium Extraction from Gasification Fly Ash: Optimisation for the Up-Scaling of a Recovery ProcessFátima Arroyo
Oriol Font
Constantino Fernandez-Pereira
Xavier Querol
Jose Chimenos
Hubert Zeegers
Improvement of Fly Ash quality using Green Plus®, a new homogenous combustion catalyst for reduction of unburned carbon and associated emissions in coal fired utilitiesColin Hill
William Carroll
Jim D'Arezzeo
In Vivo Bioavailability of Arsenic in Coal Combustion By-productsLisa Bradley
Genny Fent
Stan Casteel
Loss of sample during density separation: calcite precipitation from economizer fly ashBruno Valentim
James Hower
Deolinda Flores
Alexandra Guedes
Mercury Risks via Inhalation from Use of Coal Combustion Products (CCPs) as Structural Fill and from Disposal of CCP-Containing Wallboard and Concrete in LandfillsAri Lewis
Sonja Sax
Chris Long
PAHs and Dioxins Not Present in Fly Ash at Levels of ConcernLisa Bradley
A. Perry
Kelly Vosnakis
Christine Archer
Potential Use of Surfactant Modified Zeolite to Treat Leachate from Fly Ash DisposalGhanashyam Neupane
Rona Donahoe
Recovery of Germanium from a Coal Fly Ash Aqueous Leachate by PrecipitationFátima Arroyo
Natividad Pérez Camacho
Pilar Coca
Constantino Fernández-Pereira
Reclaiming Western Maryland Abandoned Mines Using Coal Combustion By-ProductsLaura Michael
Erica Breighner
The Sedimentation, Stratigraphy and Petrography of a Coal-Ash Pond in Carroll County, KentuckyRobert Jewell
Thomas Robl
Robert Rathbone
John Groppo
James Hower
Soil chemistry still affected 23 years after large application of Fluidized Bed MaterialEton Codling
Akanksha Raja
Strength development of concrete containing coal fly ash under different curing temperature conditionsMohammed Elsageer
Steve Millard
Stephanie Barnett
Using Class C Fly Ash to Mitigate Alkali–Silica Reactions in ConcreteBruce Dockter
Testing Freeze-Thaw Resistance of Fly Ash BricksHenry Liu
Jesse Van Engelenhoven
Waste Stabilization/Solidification (S/S) using fly ash-based geopolymers. Influence of carbonation on the S/S of an EAF dustYolanda Luna Galiano
Constantino Fernández-Pereira
Jose Vale
Luis Alberca