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 | Document Date: 2005-09-09 01:00:00Open Document File Size: 106,00 KBShare Result on FacebookCountryUnited States / /CurrencyUSD / /EventEnvironmental Issue / /IndustryTermforest products / steel industry / rapid analytical protocols / petroleum processing products / energy demand / separation technologies / greenhouse gas emissions / technology areas / energy intensity / process energy efficiency / minimum energy / hybrid distillation systems / metal casting / energy-intensive industries / electricity / conventional integrated steel-making processes / hybrid separations technology / energy balance / energy consumption / Technology options / technology deployment / energy efficiency improvement / chemical and material behavior / processes that increase product / technology design / sound manufacturing technology / chemical industry / energy requirements / metal-casting future plant initiative / steel supply chain / manufacturing steps / manufacturing practices / chemical reactors / water removal technologies / on-line measurement / clean manufacturing / water-removal technologies / mining / mechanical and chemical constraints / overall manufacturing chain / energy use / metal-casting / chemical process industries / industrial processing / energy-intensive distillation / energy-intensive process steps / increase energy use / computational tools / chemicals / steel-casting methods / steel / energy / manufacturing pathways / /OrganizationNational Science Foundation / Department of Commerce / Department of Defense / Environmental Protection Agency / /PositionRepresentative / /Technologyrapid analytical protocols / water removal technologies / water-removal technologies / separation technologies / crystallization / 4.3 INDUSTRIAL PROCESS EFFICIENCY Technology / hybrid separations technology / environmentally sound manufacturing technology / described technologies / membrane-based technologies / /SocialTag |