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PROCESS ENERGY CONSERVATION

Piping pressure drop Optimum pressure drop [Pg.82]

Reflux - minimum reflux Optimum reflux - minimum reflux [Pg.82]

Elistorically, an energy balance has been prepared for the components of a process primarily to ensure that heat exchangers and utihty supply are adequate [Pg.82]

Kirk-Othmer Encyclopedia of Chemical Technology (4th Edition) [Pg.82]

See other pages where PROCESS ENERGY CONSERVATION is mentioned: [Pg.2] [Pg.18] [Pg.247] [Pg.263] [Pg.337] [Pg.337] [Pg.346] [Pg.386] [Pg.387] [Pg.388] [Pg.393] [Pg.465] [Pg.466] [Pg.602] [Pg.666] [Pg.718] [Pg.764] [Pg.810] [Pg.812] [Pg.812] [Pg.812] [Pg.813] [Pg.813] [Pg.843] [Pg.843] [Pg.846] [Pg.851] [Pg.879] [Pg.927] [Pg.983] [Pg.1044] [Pg.1048] [Pg.1062] [Pg.89] [Pg.495] [Pg.526] [Pg.10] [Pg.18] [Pg.82] [Pg.82] [Pg.83] [Pg.84] [Pg.85] [Pg.86] [Pg.87] [Pg.88] [Pg.89] [Pg.90] [Pg.91] [Pg.92] [Pg.93]

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Calculating free energy conservation efficiencies for aerobic growth processes

Conservation, energy

Conservative process

ENERGY CONSERVATION IN TEXTILE AND POLYMER PROCESSING

Energy conservation process efficiency

Energy process

Plastics processing, energy conservation