You are in:Home/Publications/“Thermal analysis for system uses pressurized hot water for seawater desalination (pressurized multistage), Ahmed A.A. Attia 1, Ahmed A. Abdel-Rehim , Desalination 346 (2014) 91–99 | |
Prof. Ahmed Attia Abd El_Latief Attia :: Publications: |
Title: | “Thermal analysis for system uses pressurized hot water for seawater desalination (pressurized multistage), Ahmed A.A. Attia 1, Ahmed A. Abdel-Rehim , Desalination 346 (2014) 91–99 |
Authors: | Ahmed A.A. Attia , Ahmed A. Abdel-Rehim |
Year: | 2014 |
Keywords: | Not Available |
Journal: | Not Available |
Volume: | Not Available |
Issue: | Not Available |
Pages: | Not Available |
Publisher: | Not Available |
Local/International: | International |
Paper Link: | Not Available |
Full paper | Ahmed Attia Abd El_Latief Attia_[2] Thermal analysis for system uses pressurized hot water for seawater desalination (pressurized multistage).pdf |
Supplementary materials | Not Available |
Abstract: |
The presentwork is a description of a proposed systemfor seawater desalination. The suggested systemoperates basically the same as the MSF system operates but uses high pressurized saturated water. The system operating pressure through all stages of the system and the final stage pressure are higher than atmospheric pressure. The system is simple and easy to construct. No need for high operation maintenance or high technical stuff in operation. No need for vacuum pumps because it operates at pressure higher than atmospheric pressure which also makes the system starts to operate fast and easy. The seawater could bewith any quality or grade even brackish water could be used so no need for seawater pretreatment. The system could also be run by solar energy through replacing heat exchanger with a solar collector according to operating pressure and assigned saturated temperature. Energy consumption and production cost are promising even if system uses electricity as heat source. |