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Membrane technology / Water technology / Filters / Water treatment / Water desalination / Reverse osmosis / Desalination / Forward osmosis / Thin-film composite membrane / Chemistry / Environmental engineering / Chemical engineering


Document Date: 2011-08-05 10:35:52

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City

Cath / Cohen / New York / Washington / DC / Glater / Sirkar / Childress / Oakland / New Haven / Surrey / /

Company

VF / X. H. Zhu A. E. / REVIEW REVIEW Are There Innovative Systems / National Academies Press / /

Country

United States / United Kingdom / Israel / Spain / /

Currency

pence / /

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Event

Environmental Issue / /

Facility

University of Notre Dame / SWRO plant / Yale University / Pacific Institute / /

IndustryTerm

energy demand / by-product / minimum energy / lower chemical potential / energy intensive / thermodynamic minimum energy / suitable draw solution / technological solution / free energy / thermal and electric energy / online version / organic solution / desalination applications / energy loss / desalination energy costs / chemical functionalities / seawater desalination technologies / energy data / Online Material / energy use / desalination technology / energy consumption rate / imaging / reported energy consumptions / aqueous solution / technological solutions / energy savings / energy usage / reverse osmosis technology / energy / metal / energy equal / actual energy consumption / energy source / theoretical minimum energy / electricity / energy consumption / electric energy use / chemical properties / draw solution / desalination technologies / diluted draw solution / gas constant / less energy / low surface energy / energy efficiency / chemical / energy-efficient technology / energy recovery devices / chemicals / actual energy use / /

NaturalFeature

Tampa Bay estuary / Arabian Gulf / /

Organization

National Science Foundation / Yale University / Department of Chemical and Environmental Engineering / Department of Chemical and Biomolecular Engineering / American Association for the Advancement of Science / US Federal Reserve / University of Notre Dame / /

Person

William A. Phillip / Nat / /

Position

Cao / Adv / VP / RT / PH High-pressure pump VP / P0 Reverse osmosis module Fig / N+ Surface charge Negative COO / forward / /

ProgrammingLanguage

DC / /

ProvinceOrState

Indiana / Connecticut / S. K. / California / Northern Territory / /

PublishedMedium

Advanced Materials / /

Region

Arabian Gulf / /

Technology

technology of seawater desalination / polymerization / desalination technology / reverse osmosis technology / desalination technologies / html / thermodynamics / seawater desalination technologies / Environmental Engineering / simulation / /

URL

http /

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