• Ultra-low pressure reverse osmosis membrane can reduce the required operating pressure by 25% to 40% compared with conventional reverse osmosis membrane, significantly reducing the demand for high-pressure pumps and energy, which is conducive to energy saving and consumption reduction;

• It can still maintain a high water flux at a lower working pressure, thereby improving the overall system processing efficiency;

• It has excellent chemical cleaning recovery performance, thereby extending the service life of the membrane element and reducing maintenance costs.

---Description

• The flow rate of a single membrane element may be different, but the range of variation will not exceed +15%;

• The stable desalination rate generally needs to be tested after 24-48 hours of continuous operation, depending on the inlet water quality and operating conditions.

Maximum operating pressure ································ 600psi(4.1Mpa)

Maximum inlet flow rate ································ 17m³/h

Free chlorine tolerance a ······························ <0.1ppm

Maximum pressure drop of a single membrane ···························· 15psi(0.1Mpa)

Maximum inlet temperature ································ 45℃

Maximum inlet water SDI₁₅ ····························· 5

Continuous operation pH range ^b ······················ 2-11

Short-term cleaning pH range ························· 1-13

a. Under certain conditions, inlet water containing free chlorine and other oxidants can cause serious membrane damage, which is not covered by the product warranty due to oxidation damage;

b. When pH>10, the continuous operation temperature shall not exceed 35℃.