Search Results For:
high salinity wastewater recovery membrane
(90 Items)-
Skid-Mounted Seawater Desalination System with 45% Water Recovery Rate and 4 Tons Per Hour Treatment Capacity for High TDS Concentrations
Seawater RO Desalination Equipment with STRO/DTRO/NF/UF membrane processes. Handles pH 13, TDS up to 400 mg/L, COD up to 500 mg/L. 4 tons/hour capacity with 45% water recovery. Ideal for hospital wastewater reuse, ZLD pretreatment, and high-salinity industrial recycling. -
concentrated Seawater Desalination System with 4 Tons per Hour Capacity and 45% Water Recovery Rate for High COD Levels
Seawater RO Desalination Equipment Advanced skid-mounted seawater desalination system designed for efficient water recycling and sustainable operations. System Overview Shanghai Tongjie Environmental Technology Co., Ltd., a trusted name in industrial wastewater treatment and membrane separation ... -
industrial domestic wastewater MBR treatment plant equipment already packed in containers, available for sale
Container wastewater treatment plant and sewage treatment equipment MBBR MBR STP WWTP with pump, PLC, water tank, and sewage treatment plant Container wastewater treatment plant and sewage treatment equipment MBBR MBR STP WWTP with pump, PLC, water tank, and sewage treatment plant System Specificati... -
sea water recycling system with PLC and motor filtration Compact wastewater treatment plant complete set pump PLC motor slaughterhouse wastewater system
Pure Water Production System with RO Membrane Reverse Osmosis and EDI Filtration OEM/ODM pharmaceutical-grade pure water production system designed for storage and distribution in the pharmaceutical industry. This advanced system combines RO membrane reverse osmosis with EDI filtration technology to ... -
High-efficiency 300m³/d industrial wastewater treatment plant, suitable for large-scale livestock product manufacturing wastewater systems
Pure Water Production System with RO Membrane Reverse Osmosis and EDI Filtration OEM/ODM pharmaceutical-grade pure water production system designed for storage and distribution in the pharmaceutical industry. This advanced system combines RO membrane reverse osmosis with EDI filtration technology to ... -
Industrial wastewater treatment plant container portable MBR MBBR sewage treatment equipment, suitable for textile dyeing and paper-making wastewater treatment equipment large-scale livestock product
Pure Water Production System with RO Membrane Reverse Osmosis and EDI Filtration OEM/ODM pharmaceutical-grade pure water production system designed for storage and distribution in the pharmaceutical industry. This advanced system combines RO membrane reverse osmosis with EDI filtration technology to ... -
sea water recycling system with PLC and motor filtration Compact wastewater treatment plant desalination pump PLC motor slaughterhouse wastewater system
Pure Water Production System with RO Membrane Reverse Osmosis and EDI Filtration OEM/ODM pharmaceutical-grade pure water production system designed for storage and distribution in the pharmaceutical industry. This advanced system combines RO membrane reverse osmosis with EDI filtration technology to ... -
chemical wastewater recycling system PLC motor filtration Compact wastewater treatment plant complete set pump PLC motor slaughterhouse purified water system
Pure Water Production System with RO Membrane Reverse Osmosis and EDI Filtration OEM/ODM pharmaceutical-grade pure water production system designed for storage and distribution in the pharmaceutical industry. This advanced system combines RO membrane reverse osmosis with EDI filtration technology to ... -
Industrial Concentrated Seawater Desalination System with 4 Tons per Hour Capacity and 45% Water Recovery Rate for High COD Levels
Industrial Concentrated Seawater Desalination System Advanced skid-mounted seawater desalination system with 4 tons per hour capacity and 45% water recovery rate, designed for efficient water recycling and sustainable operations in high COD level plants. System Overview Shanghai Tongjie Environmenta...
