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Do your standard RO membranes clog rapidly when treating printing wastewater, recycled sewage or high-organic brackish water? Frequent chemical cleaning shuts down your production, wastes chemicals and shortens element lifespan. Our anti-fouling RO membrane solves this pain point via modified hydrophilic TFC coating and widened 34mil feed channels, slowing organic sludge and biofilm buildup drastically. …

Tired Of Monthly RO Membrane Cleaning? 4040/8040 Anti-Fouling Brackish Water RO Membrane For Wastewater Reuse Read More »

Many industrial water treatment purchasers confuse UF membrane and RO membrane and choose the wrong filtration medium, leading to unqualified outlet water quality and increased operating costs. The core difference between the two lies in pore size and separation target: UF membrane (0.01–0.1μm) intercepts colloids, bacteria and suspended solids, allowing dissolved salts to pass through; …

Difference Between UF Membrane And RO Membrane: Pore Size, Separation Effect & Suitable Working Conditions Read More »

Thermal power plant boiler make-up water requires ultra-low conductivity pure water to prevent boiler tube scaling and corrosion, so almost all large power plants adopt the dual-membrane process of PVDF UF membrane pretreatment + RO membrane desalination. Power plant raw water is mostly river water and circulating cooling water, with high turbidity, abundant algae and …

How To Select Matching UF Membrane And RO Membrane For Power Plant Boiler Make-Up Water Read More »

Food and beverage industry has the strictest microbial and heavy metal standards for production process water, and the combined UF membrane + RO membrane dual-membrane process has become the standard water treatment technology of the industry. UF membrane undertakes preliminary turbidity removal and sterilization to remove coliform bacteria and macromolecular organic flocs; TFC RO membrane …

Industrial UF And RO Membrane Combined System Application In Food & Beverage Production Read More »