FLM-SW8040-HF(400)
Beijing OriginWater Co.,Ltd.
The SW high pressure industrial seawater desalination RO membrane elements are featured with a high level of anti-pressure performance and salt rejection, which allows the elements to desalt seawater stably and ensure the water permeate a higher quality under high recovery rate. The elements can be largely applied in advanced water treatment areas such as seawater desalination system with high recovery rate, brackish water concentration, zero discharge of industrial waste water, etc.
Product Features
Extremely high salt rejection: the standard salt rejection rate can reach up to 99.80%~99.88%;
Strong fouling resistance: adopt short membrane bag and multi-inlet flow channel design are adopted to reduce membrane pollution and improve the efficiency and ability of chemical cleaning;
Low energy consumption: adopt the inlet feed channel with low differential pressure. The flux has reached the world's advanced level, which reduces the operating pressure, saves energy consumption and minimizes costs.
Performance Parameters
Model | Average Flux GPD （m3/d） | Stable Salt Rejection /% | Effective Membrane Area/ft²(m2) | Boron Removal /% | Feed Spacer Thickness/mil |
FLM-SW8040-HF (400） | 9000（34） | 99.80 | 400（37） | 91 | 34 |
1.Note: individual element permeate productivity may vary ±15%.
2. Test conditions: pressure: 800psi(5.52MPa), temperature: 25℃, 32000ppm NaCI, recovery rate 8%, pH 7.5-8.0.
Element Dimensions
The SW high pressure industrial seawater desalination RO membrane elements are featured with a high level of anti-pressure performance and salt rejection, which allows the elements to desalt seawater stably and ensure the water permeate a higher quality under high recovery rate. The elements can be largely applied in advanced water treatment areas such as seawater desalination system with high recovery rate, brackish water concentration, zero discharge of industrial waste water, etc.
Product Features
Extremely high salt rejection: the standard salt rejection rate can reach up to 99.80%~99.88%;
Strong fouling resistance: adopt short membrane bag and multi-inlet flow channel design are adopted to reduce membrane pollution and improve the efficiency and ability of chemical cleaning;
Low energy consumption: adopt the inlet feed channel with low differential pressure. The flux has reached the world's advanced level, which reduces the operating pressure, saves energy consumption and minimizes costs.
Performance Parameters
Model | Average Flux GPD （m3/d） | Stable Salt Rejection /% | Effective Membrane Area/ft²(m2) | Boron Removal /% | Feed Spacer Thickness/mil |
FLM-SW8040-HF (400） | 9000（34） | 99.80 | 400（37） | 91 | 34 |
1.Note: individual element permeate productivity may vary ±15%.
2. Test conditions: pressure: 800psi(5.52MPa), temperature: 25℃, 32000ppm NaCI, recovery rate 8%, pH 7.5-8.0.
Element Dimensions
