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 | Document Date: 2005-09-22 11:53:05Open Document File Size: 241,31 KBShare Result on FacebookCityChicago / /CompanyU(VI) Co / /CountryUnited States / India / /EventProduct Issues / /FacilityIndian Institute of Technology / Krishna R. Reddy University of Illinois at Chicago Department / /IndustryTermenergy-yielding reactions / food chains / low energy yield / chemical treatment processes / +energy / free energy yields / pollutant +other waste products / remediation technologies / free energy / enzyme systems / low energy electron accepting conditions / toxic by-products / organic chemicals / bioremediation systems / lower energy yielding mechanisms / pollutant thermodynamic energy yield / short chain / fatty acid +other fermentation products / energy reduction / chemical structures / food / energy / high energy electron acceptors / transition metal cations / soil restoration technology / e- — / e - — / petroleum products / toxic chemicals / refined oil / minimal energy / demonstrated technologies / daughter products / dechlorination products / overall free energy / energy transducing membrane / chemical stability / non-toxic by-products / tar oil / chemical analysis / /OrganizationUniversity of Illinois at Chicago Department of Civil and Materials Engineering / Indian Institute of Technology / Madras / /PersonWard / Van Dort / Thomas / Karl J. Rockne / /PositionRepresentative / /ProductTNT / fatty acid +other fermentation products / soil / soil Chlorinated aliphatics / soils / SITES* Karl J. Rockne / Krishna R. Reddy University of Illinois at Chicago Department / groundwater cleanup / sites / plume / soil zones / CH Cl Cl Cl microorganisms / /ProvinceOrStateIllinois / /Technologyremediation technologies / BIOREMEDIATION / Successfully demonstrated technologies / soil restoration technology / enhanced bioremediation / /SocialTag |