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APRO LP21-4040
Aromatic polyamide reverse osmosis membrane providing high performance and excellent removal of hardness salts from brackish water at low pressure. Suitable for Aquaphor Professional reverse osmosis systems.
Average performance: 9.1 m3/day
Active membrane area: 8.4 m²
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Average performance: 9.1 m3/day
Active membrane area: 8.4 m²
.
1027.00 Dhs
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Low-pressure aromatic polyamide membrane providing high performance and excellent removal of hardness salts from brackish water at low pressure. Suitable for desalination of surface water (NaCl ≤10000ppm), groundwater, tap water and municipal water. Due to the high performance in removing soluble salts, TOC, SiO2 and other impurities, the membranes are used in the preparation of clean water for the needs of food production, electronics and power engineering. Suitable for Aquaphor Professional systems.
Technical specification
Working surface of the membrane: 8.4 sq.m
Average productivity: 9.1 cubic meters/day
Stable reduction of salt content: 99.5%
Minimum reduction of salt content: 99.3%
Operating conditions
Working pressure (maximum): 4.14 MPa
Maximum volume of inlet water: 3.6 cubic meters/h
Maximum temperature of inlet water: 45°C
Maximum. SDI15 water supply: 5
Inlet water pH values during the working cycle: 2 - 11
Inlet water pH values during chemical treatment: 1 - 13
Inlet water residual chlorine concentration: < 0.1 mg/l
Maximum pressure drop across one membrane element: 0.1 MPa
Maximum pressure drop across one housing containing 6 membrane elements: 0.34 MPa
Technical specification
Working surface of the membrane: 8.4 sq.m
Average productivity: 9.1 cubic meters/day
Stable reduction of salt content: 99.5%
Minimum reduction of salt content: 99.3%
Operating conditions
Working pressure (maximum): 4.14 MPa
Maximum volume of inlet water: 3.6 cubic meters/h
Maximum temperature of inlet water: 45°C
Maximum. SDI15 water supply: 5
Inlet water pH values during the working cycle: 2 - 11
Inlet water pH values during chemical treatment: 1 - 13
Inlet water residual chlorine concentration: < 0.1 mg/l
Maximum pressure drop across one membrane element: 0.1 MPa
Maximum pressure drop across one housing containing 6 membrane elements: 0.34 MPa
