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Ordinary brackish water RO membrane cannot withstand the 32000ppm high salt concentration of seawater and 800psi high operating pressure, and is prone to separation layer damage and rapid flux attenuation after short-term operation. Our self-produced LF-SW series seawater RO membrane adopts fully reinforced winding structure and high-pressure resistant polyamide separation layer, which can stably operate …

LF-SW Series Seawater Desalination RO Membrane High Pressure Resistant For Marine Fresh Water Production Read More »

High COD printing and dyeing wastewater, municipal tertiary reclaimed water and steel plant circulating cooling water contain a large number of organic pollutants, algae and biological mucus. Ordinary standard RO membrane will form dense biofilm on the surface within 1-2 months of operation, resulting in sharp increase of differential pressure, reduced water yield and frequent …

LF-BW-FR Anti-Fouling RO Membrane For High COD Sewage Recycling Projects Read More »

Many medium and small pure water manufacturers are plagued by high power consumption of traditional brackish water reverse osmosis systems. Conventional BW series RO membrane requires 225psi standard operating pressure, which leads to high load of high-pressure pumps and brings continuous high electricity bills every month. Our independent developed LF-XULP series ultra-low pressure RO membrane …

Ultra-Low Pressure XULP RO Membrane Save Massive Industrial Power Consumption Read More »

Many purchasers confuse single RO membrane and dual membrane system, single reverse osmosis without UF membrane support face frequent clogging and unstable water conductivity. The standard UF + RO dual membrane process separate macro impurities via UF membrane and complete deep desalination by all series RO membrane, become global mainstream stable water treatment solution. All …

Complete UF + RO Dual Membrane Matching Scheme For All Industrial Water Projects Read More »