Membrane Technology and Research Inc

U.S. EPA, Emerging Technology Bulletin Eolatile Organic Compound Removalfrom Air Streams by Membranes Separation, Membrane Technology and Research, Inc., EPA/540/E-94/503, Cincinnati, Ohio, 1994. [Pg.174]

Lokhandwala et al. [6] have already provided costs for the membrane-based upgrading of tail gas for recycle to a liquefaction process. They showed that recovery of 228 kg h-1 (1915 tonnes per annum) of chlorine from a 20% (v/v) tail gas should provide a pay-out time of about 14 months. Other comparisons made by Membrane Technology and Research, Inc. [11] for an 800 tonnes per day plant shown in Table... [Pg.116]

Kaaeid Lokhandwala of Membrane Technology and Research, Inc., Menlo Park, California provided guidance and the results of calculations for several cases, which served as the model for all other calculations reported here. Kathleen Jelliffe provided graphics for the oral presentation of this chapter. [Pg.118]

T0507 Membrane Technology and Research, Inc., VaporSep Membrane Recovery System... [Pg.17]

T0507 Membrane Technology and Research, Inc., VaporSep Membrane Recovery System T0535 Molten Metal Technology, Inc., Quantum Catalytic Extraction Process (Q-CEP) T0546 Natural Attenuation—General... [Pg.60]

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