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Thermal and Membrane hybrid Desalination process(F-MED-RO)
Shanghai Electric Water Engineering Company has successfully developed a new type of thermal and membrane hybrid seawater desalination technical solution with waste heat utilization through combining and optimizing thermal and membrane processes. The new hybrid process has achieved innovative combination and efficient utilization of system heat, seawater, and product water. It can greatly reduce the plant layout, project investment and operational cost. So the new F-MED-RO hybrid process is an efficient, economical, low-carbon, and environmentally friendly innovative technical seawater desalination solution. At present, Shanghai Electric has successfully built large-scale hybrid seawater desalination demonstration projects and, such as Hebei Fengnan Steel project and Shandong Yulong Petrochemical project. These have achieved significant economic and social benefits.

    At present, Shanghai Electric has successfully built large-scale hybrid seawater desalination demonstration projects and, such as Hebei Fengnan Steel project and Shandong Yulong Petrochemical project. These have achieved significant economic and social benefits.

Shanghai Electric Water Engineering Company has successfully developed a new type of thermal and membrane hybrid seawater desalination technical solution with waste heat utilization through combining and optimizing thermal and membrane processes. The new hybrid process has achieved innovative combination and efficient utilization of system heat, seawater, and product water. It can greatly reduce the plant layout, project investment and operational cost. So the new F-MED-RO hybrid process is an efficient, economical, low-carbon, and environmentally friendly innovative technical seawater desalination solution. At present, Shanghai Electric has successfully built large-scale hybrid seawater desalination demonstration projects and, such as Hebei Fengnan Steel project and Shandong Yulong Petrochemical project. These have achieved significant economic and social benefits.



Three Thermal and Membrane Hybrid systems:

Thermal Energy Hybrid System: The discharge thermal energy of F-MED system is used to preheat the membrane feed seawater that

can guarantee the minimum feed seawater temperature of the membrane process in the winter condition. This will reduce the annual

electricity consumption of the membrane process and improve system operational stability.

Seawater Hybrid System: the brine of membrane is used as cooling seawater of thermal process, reducing seawater intake capacity, seawater pretreatment scale and layout and project investment.

Product Water Hybrid System: The thermal and membrane product water is mixed together in a certain proportion according to the quality of requirements. This hybrid system not only reduce investment of product water post-treatment but also improve the stability of product water quality, capability of water supply and O&M.

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Shanghai Electric Water Engineering Company
Address:No.621 Longchang Road, Shanghai, China
Post code:200090
Tel: (8621)60703800
Fax:(8621)60703880