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Ethanol fuel / Carbon capture and storage / Desiccant / Triethylene glycol / Chemical engineering / Chemistry / Molecular sieve


EVALUATION AND ANALYSIS OF THE PERFORMANCE OF DEHYDRATION UNITS FOR CO2 CAPTURE
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Document Date: 2015-01-06 03:35:48


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File Size: 3,87 MB

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Company

Air Products & Chemicals / INTERNATIONAL ENERGY AGENCY / IEAGHG / Foster Wheeler / IEA Environmental Projects Ltd. / /

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IndustryTerm

water-saturated raw gas / corrosive products / dehydration systems / online bed / feed gas / saturated gas / energy security / gas passing / media cost / conventional drying technologies / regeneration equipment / gas stream / dehydration feed gas compositions / downstream processing / energy sources / dehydration technologies / suitable technologies / pipeline systems / media vendors / molecular sieve equipment / regeneration gas results / energy use / energy programme / basic equipment / dehydration equipment / energy supply / Media life / Media suppliers / molecular sieve systems / Basic liquid desiccant systems / media volume / raw gas stream / technology developments / less costly dehydration systems / dehydration media volume / downstream processing requirements / desiccant systems / liquid desiccant systems / /

Organization

Orchard Business Centre / US Department of Energy / Organisation for Economic Co-operation and Development / European Commission / /

Person

Linda Sutherland / Vince White / Pieter van Vuuren / Vincenzo Tota / Jasmin Kemper / James Watt / Luca Mancuso / Tim Fout / Stanley Santos / /

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Position

contractor / guard / manager / /

Technology

SPX Flow Technology / dehydration technologies / conventional drying technologies / /

URL

www.ieaghg.org / /

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