XLP Reverse Osmosis Membrane Element, Extremely Low Pressure RO Membrane

The XLP series reverse osmosis membrane element is specially designed to operate at extremely low pressures, making it ideal for treatment of surface water and underground water. With an operation pressure of roughly ½ of a low-pressure membrane, the rejection rate is 98%. Because of this, aromatic polyamide based reverse osmosis membranes reduce investment costs in related pumps, tanks and other devices, as well as reduces the operation costs of a reverse osmosis system, thereby lowering overall costs while simultaneously improving treated water quality.

Applications

The RO membrane element is used in the treatment of surface water, underground water and municipal water with TDS readings of less than 1000 ppm. It is especially useful for second pass processes in reverse osmosis systems. This reverse osmosis membrane is primarily used for producing bottled water, drinking water, boiler replenishing water, ultrapure water, etc.

XLP Extremely Low-Pressure RO Membrane

Model: XLP12-8040
Active Membrane Area ft2(m2): 400(37.2)
Permeate Flow Rate GPD(m3/d): 9000(34.0)
Stabilized Salt Rejection(%): 98

Model: XLP11-4040
Active Membrane Area ft2(m2)：90(8.4)
Permeate Flow Rate GPD(m3/d): 2000(7.6)
Stabilized Salt Rejection(%): 98

Model	Active Membrane Area ft2(m2)	Permeate Flow Rate GPD(m3/d)	Stabilized Salt Rejection %
XLP12-8040	400 (37.2)	9000 (34.0)	98
XLP11-4040	90 (8.4)	2000 (7.6)	98

Application Examples for Vontron's Low Pressure RO Membranes Restaurants Aquariums Whole House (Residential) Office Institutions Hotels Hospitals Disaster Relief Spot Free Rinse/Car Wash Labs Pharmaceutical Humidification Misting Manufacturing Rinse Water Bottled Water Water stores Beverage Food Processing Ice Makers Commercial Water Treatment Tap Water Brackish Water Wide Variety of Other Applications

The XLP series reverse osmosis membrane element is specially designed to operate at extremely low pressures, making it ideal for treatment of surface water and underground water. With an operation pressure of roughly ½ of a low-pressure membrane, the rejection rate is 98%. Because of this, aromatic polyamide based reverse osmosis membranes reduce investment costs in related pumps, tanks and other devices, as well as reduces the operation costs of a reverse osmosis system, thereby lowering overall costs while simultaneously improving treated water quality.