Reverse Osmosis Membrane Technology for Industrial Pure Water Production

Industrial production, pharmaceutical manufacturing, food processing and laboratory testing require stable high-purity process water. Traditional water purification methods including sand filtration, activated carbon and softening treatment can only remove partial suspended solids and impurities, but fail to filter dissolved salts, tiny colloids and microbial contaminants. Reverse osmosis membrane technology uses high-precision pressure-driven physical separation to remove more than 99% of inorganic salts, bacteria, viruses and organic impurities. It stably produces high-standard industrial pure water. With low operating cost and mature modular design, RO membrane has become the core technology for modern industrial pure water and deionized water preparation.

Reverse Osmosis Concentrated Water Reuse and Reduction Technology

# Ultrafiltration Membrane Technology for Industrial Wastewater Reuse and Water Purification

Industrial production produces large quantities of domestic and process wastewater containing suspended solids, colloids, organic residues and turbidity substances. Traditional wastewater treatment processes such as sedimentation and biochemical treatment can reduce COD and turbidity, but fail to remove micro-colloids, fine suspended particles and residual macromolecular organics, making the water unqualified for recycling. Ultrafiltration membrane technology adopts high-precision physical separation to deeply purify biologically treated wastewater. It effectively intercepts suspended solids, bacteria, colloids and organic pollutants, producing high-quality reusable water. With stable effluent quality, low operating cost and strong anti-pollution ability, ultrafiltration has become the core equipment for modern industrial wastewater reuse and zero-discharge systems.