Energy optimization in parallel/cross feed multiple-effect evaporator based desalination system
P Sharan, S Bandyopadhyay - Energy, 2016 - Elsevier
Desalination of sea water involving multiple-effect evaporator (MEE) is commonly used in
industry, especially with the introduction of the low temperature MEE. Parallel/cross feed
flow sequence is one of the most commonly used configurations on account of its high gain
output ratio (GOR). GOR is defined as the ratio of the distillate produced to the mass of the
steam supplied and it measures the energy intensity of a desalination process. Generally, for
parallel/cross flow MEE the feed flow rate is same for all the effects. However, the equal feed …
industry, especially with the introduction of the low temperature MEE. Parallel/cross feed
flow sequence is one of the most commonly used configurations on account of its high gain
output ratio (GOR). GOR is defined as the ratio of the distillate produced to the mass of the
steam supplied and it measures the energy intensity of a desalination process. Generally, for
parallel/cross flow MEE the feed flow rate is same for all the effects. However, the equal feed …
Energy optimization in parallel/cross feed multiple-effect evaporator based desalination system.
PS Prashant Sharan, SB Santanu Bandyopadhyay - 2016 - cabidigitallibrary.org
Desalination of sea water involving multiple-effect evaporator (MEE) is commonly used in
industry, especially with the introduction of the low temperature MEE. Parallel/cross feed
flow sequence is one of the most commonly used configurations on account of its high gain
output ratio (GOR). GOR is defined as the ratio of the distillate produced to the mass of the
steam supplied and it measures the energy intensity of a desalination process. Generally, for
parallel/cross flow MEE the feed flow rate is same for all the effects. However, the equal feed …
industry, especially with the introduction of the low temperature MEE. Parallel/cross feed
flow sequence is one of the most commonly used configurations on account of its high gain
output ratio (GOR). GOR is defined as the ratio of the distillate produced to the mass of the
steam supplied and it measures the energy intensity of a desalination process. Generally, for
parallel/cross flow MEE the feed flow rate is same for all the effects. However, the equal feed …
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