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Membrane VONTRON ULP32-8040
The membrane element Vontron ULP32-8040 is used in ultra low pressure reverse osmosis filters.
Operating pressure, atm - 10
Productivity, m3 / hour - 1,65
Selectivity,% - 99.5
Min selectivity,% - 99
Surface area, m2 - 400 (37.0)
Description ...
Operating pressure, atm - 10
Productivity, m3 / hour - 1,65
Selectivity,% - 99.5
Min selectivity,% - 99
Surface area, m2 - 400 (37.0)
Description ...
The membrane element Vontron ULP32-8040 is used in ultra low pressure reverse osmosis filters.
Operating pressure, atm - 10
Productivity, m3 / hour -1.65
Selectivity,% - 99.5
Min selectivity,% - 99
Surface area, m2 - 400 (37.0)
The ULP series of ultra-low pressure aromatic polyamide compounding membranes developed by Vontron Technology Co., Ltd. can operate at ultra-low pressure, reaching as high a permeate flow and salt rejection as possible for low pressure membranes, this applies to desalination of surface water and groundwater. It operates at approximately 2/3 of the working pressure of a regular low pressure composite membrane, and reaches salt rejection rates of up to 99.5%, which can reduce investment costs for facilities such as appropriate pumps, pipelines, as well as containers, etc. and operating costs for the reverse osmosis system, thereby increasing cost-effectiveness.
Being suitable for desalination of water sources with a salt concentration below 2000 ppm, such as surface water, groundwater, tap water, public water supply, etc., the membrane elements of the ULP series are mainly applicable to numerous projects of various sizes, such as water purification , replenishment of boiler water, for food processing, as well as pharmaceutical products, etc.
Testing conditions:
Pressure - 150 psi (1.03Mpa)
Solution temperature - 25 oC
Solution concentration (NaCl) - 1500ppm
pH value of the solution - 7.5
The recovery rate of a single membrane element - 15%
Marginal operating conditions
Max. working pressure - 600psi (4.14Mpa)
Max. incoming flow - 75gpm (17 m3 / h) (8040-size)
16gpm (3.6 m3 / h) (4040 and 4021)
6.0gpm (1.4 m3 / h) (2521 and 2540)
Max. inlet temperature - 45 oC
Max. Inlet SDI - 5
Concentration of residual chlorine of incoming water <0.1 ppm
PH range of incoming water during continuous operation - 3-10
PH range of incoming water during chemical cleaning 2-12
Max. pressure drop of one membrane element - 15psi (0.1 Mpa)
Operating pressure, atm - 10
Productivity, m3 / hour -1.65
Selectivity,% - 99.5
Min selectivity,% - 99
Surface area, m2 - 400 (37.0)
The ULP series of ultra-low pressure aromatic polyamide compounding membranes developed by Vontron Technology Co., Ltd. can operate at ultra-low pressure, reaching as high a permeate flow and salt rejection as possible for low pressure membranes, this applies to desalination of surface water and groundwater. It operates at approximately 2/3 of the working pressure of a regular low pressure composite membrane, and reaches salt rejection rates of up to 99.5%, which can reduce investment costs for facilities such as appropriate pumps, pipelines, as well as containers, etc. and operating costs for the reverse osmosis system, thereby increasing cost-effectiveness.
Being suitable for desalination of water sources with a salt concentration below 2000 ppm, such as surface water, groundwater, tap water, public water supply, etc., the membrane elements of the ULP series are mainly applicable to numerous projects of various sizes, such as water purification , replenishment of boiler water, for food processing, as well as pharmaceutical products, etc.
Testing conditions:
Pressure - 150 psi (1.03Mpa)
Solution temperature - 25 oC
Solution concentration (NaCl) - 1500ppm
pH value of the solution - 7.5
The recovery rate of a single membrane element - 15%
Marginal operating conditions
Max. working pressure - 600psi (4.14Mpa)
Max. incoming flow - 75gpm (17 m3 / h) (8040-size)
16gpm (3.6 m3 / h) (4040 and 4021)
6.0gpm (1.4 m3 / h) (2521 and 2540)
Max. inlet temperature - 45 oC
Max. Inlet SDI - 5
Concentration of residual chlorine of incoming water <0.1 ppm
PH range of incoming water during continuous operation - 3-10
PH range of incoming water during chemical cleaning 2-12
Max. pressure drop of one membrane element - 15psi (0.1 Mpa)
