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Evaluation of energy recovery in reverse osmosis desalination plants
Desalination, 82 (1991) 142 Elsevier Science Publishers B.V., Amsterdam
in
Evaluatlon of Reverse Osmosls
1.S Chemical King
Engineering
Saud
Energy Recovery Desallnatlon Plants
Al-Mutaz Dept, College
University, P 0 Box Saudi Krabia
800,
of
Engineering
Riyadh
11421
energy for DesalInation.plants consume considerable amounts of flash (MSF) seawater. Multistage fresh water from producing fresh desalination plants requlre as high as 193-290 KJ per Kg of maximum operat iong tenlerature. depending on\ the water produced Reverse osmosis
Solar Processes 145
The solar thermal desalination research project at the Plataforma Solar de Almeria A. Gregorzewski, K. Genthner, E. Zarza, J. Leon, J. de Gunzbourg, G. Alefeld and J. Scharfe GERMANY
153
Development of a rugged design of high efficiency multi-stage P. Le Goff, J. Le Goff and M. Razak Jeday FRANCE
165
Performance and reliability of a solar desalination operating period A.M. El-Nashar and A.A. Qamhiyeh UAE
175
Design and performance A. Hanafi EGYPT
187
Solar desalination J.H.W. Graef GERMANY
197
Performance analysis of a solar desalting unit in South Tunisia M.T. Chaibi, M.J. Safi and M. Hsairi TUNISIA
207
Solar still performance A.Y. Maalej TUNISIE
221
Surface evaporation of liquid flowing down an inclined groove S. Toyama, K. Murase, S. Kimura and M. Nakamura JAPAN
223
Thermal efficiency of double slope FRP solar distiller: An analytical experimental study G.N. Tiwari and A.K. Singh INDIA
233
Feasibility study of solar distillation G.N. Tiwari INDIA
243
Transient performance Y.P. Yadav INDIA
of solar MSF desalination
solar still
plant during a five-year
systems
plant contra CO2 emission
and
plants in South Pacific countries
of a high temperature
solar distillation
system
244 Performance analysis of a solar still coupled to a heat exchanger Y.P. Yadav INDIA 245 Theoretical study of a solar powered absorption/MED combined system K. Fathalah and S.E. Aly SAUDI ARABIA 246 Analysis of a fuel solar assisted central dual purpose plant S.E. Aly SAUDI ARABIA
in
Evaluatlon of Reverse Osmosls
1.S Chemical King
Engineering
Saud
Energy Recovery Desallnatlon Plants
Al-Mutaz Dept, College
University, P 0 Box Saudi Krabia
800,
of
Engineering
Riyadh
11421
energy for DesalInation.plants consume considerable amounts of flash (MSF) seawater. Multistage fresh water from producing fresh desalination plants requlre as high as 193-290 KJ per Kg of maximum operat iong tenlerature. depending on\ the water produced Reverse osmosis
Solar Processes 145
The solar thermal desalination research project at the Plataforma Solar de Almeria A. Gregorzewski, K. Genthner, E. Zarza, J. Leon, J. de Gunzbourg, G. Alefeld and J. Scharfe GERMANY
153
Development of a rugged design of high efficiency multi-stage P. Le Goff, J. Le Goff and M. Razak Jeday FRANCE
165
Performance and reliability of a solar desalination operating period A.M. El-Nashar and A.A. Qamhiyeh UAE
175
Design and performance A. Hanafi EGYPT
187
Solar desalination J.H.W. Graef GERMANY
197
Performance analysis of a solar desalting unit in South Tunisia M.T. Chaibi, M.J. Safi and M. Hsairi TUNISIA
207
Solar still performance A.Y. Maalej TUNISIE
221
Surface evaporation of liquid flowing down an inclined groove S. Toyama, K. Murase, S. Kimura and M. Nakamura JAPAN
223
Thermal efficiency of double slope FRP solar distiller: An analytical experimental study G.N. Tiwari and A.K. Singh INDIA
233
Feasibility study of solar distillation G.N. Tiwari INDIA
243
Transient performance Y.P. Yadav INDIA
of solar MSF desalination
solar still
plant during a five-year
systems
plant contra CO2 emission
and
plants in South Pacific countries
of a high temperature
solar distillation
system
244 Performance analysis of a solar still coupled to a heat exchanger Y.P. Yadav INDIA 245 Theoretical study of a solar powered absorption/MED combined system K. Fathalah and S.E. Aly SAUDI ARABIA 246 Analysis of a fuel solar assisted central dual purpose plant S.E. Aly SAUDI ARABIA