Ningbo Rixin Hengli Technology is a company under the "National Thousand Talents Program" High tech enterprises established by specially appointed experts
The LEFR series is a newly developed membrane element that combines anti pollution and low energy consumption performance. This membrane element is designed for treating low water quality water with a high tendency towards biological or organic pollution. Its operating pressure is one-third lower than that of ordinary reverse osmosis membrane elements for desalination of brackish water, reducing energy consumption by about one-third and achieving a stable desalination rate of over 99.3%.
Product Introduction:
The LEFR series is a newly developed membrane element that combines anti pollution and low energy consumption performance. This membrane element is designed for treating low water quality water with a high tendency towards biological or organic pollution. Its operating pressure is one-third lower than that of ordinary reverse osmosis membrane elements for desalination of brackish water, reducing energy consumption by about one-third and achieving a stable desalination rate of over 99.3%. Product advantages:
It can effectively reduce the energy consumption of membrane system operation and improve the economic efficiency of system operation
Good pollution resistance and high pollution inlet water quality
Product Performance List:
Product Name
Model
Effective area
Inlet channel width
Water yield
Minimum desalination rate
Stable desalination rate
pH range
Maximum operating pressure
Test conditions
(ft²)
(m²)
(mil)
(GPD)
(m³/d)
(%)
(%)
LEFR series low energy consumption anti pollution reverse osmosis membrane components
RTL-LE8040FR-440/28
440
40.9
34
13800
52.1
99.3
99.5
2-11
600psi(83bar)
1500ppm NaCI,
150psi,25℃,
Ph=8.0<,15% rate of recovery
RTL-LE8040FR-400/34
400
37.2
38
12500
47.2
99.3
99.5
2-11
600psi(83bar)
Note: ① Deviation range of water production rate ± 15% ② Special specification components such as membrane area, channel width, etc. can be customized according to specific customer requirements