JXRO50G100G
JX
JX
Low pressure reverse osmosis membrane LP serie |
LP series low-pressure reverse osmosis membrane element is an aromatic polyamide composite membrane element developed by Wharton Company for brackish water desalination. It has the characteristics of low-pressure operation, high water production and good desalination performance. It has a good removal effect on TOC, silica SiO2, etc., and is especially suitable for the preparation of high-purity water in the electronics and power industries.
Ultra-low pressure reverse osmosis membrane ULP series |
ULP series ultra-low pressure reverse osmosis membrane element is an aromatic polyamide composite membrane element developed by Wharton Company for surface water and groundwater desalination. The operating pressure of ULP series membrane elements is about 2/3 of the operating pressure of conventional low-pressure composite membranes, and the salt rejection rate can reach 99.5%. Thereby, the investment cost of related equipment such as pumps, pipelines, containers, etc. and the operating cost of the reverse osmosis system are reduced, and the economic benefit is improved.
 |  |
| |
Low pressure reverse osmosis membrane LP serie |
LP series low-pressure reverse osmosis membrane element is an aromatic polyamide composite membrane element developed by Wharton Company for brackish water desalination. It has the characteristics of low-pressure operation, high water production and good desalination performance. It has a good removal effect on TOC, silica SiO2, etc., and is especially suitable for the preparation of high-purity water in the electronics and power industries.
Ultra-low pressure reverse osmosis membrane ULP series |
ULP series ultra-low pressure reverse osmosis membrane element is an aromatic polyamide composite membrane element developed by Wharton Company for surface water and groundwater desalination. The operating pressure of ULP series membrane elements is about 2/3 of the operating pressure of conventional low-pressure composite membranes, and the salt rejection rate can reach 99.5%. Thereby, the investment cost of related equipment such as pumps, pipelines, containers, etc. and the operating cost of the reverse osmosis system are reduced, and the economic benefit is improved.
| |
| |
