Industrial reverse osmosis equipment is an industrial pure water preparation system developed based on reverse osmosis membrane technology. It is mainly used in the fields of electronic semiconductors, pharmaceuticals, food and beverage, and power boilers. The equipment achieves water purification through pressure-driven separation principle, and the resistivity of the output water can reach up to 18.2 MΩ·cm (25℃), which meets the national pure water standard.
The core of the equipment includes a pretreatment system, reverse osmosis membrane modules, and terminal treatment units. The pretreatment uses multi-media filtration and activated carbon adsorption technology to remove suspended solids and organic matter. The pore size of the reverse osmosis membrane modules is less than 1 nm, which can retain more than 99% of dissolved salts and microorganisms. The terminal treatment is usually equipped with ultraviolet sterilization or EDI electro-deionization system. The typical process flow adopts a two-stage reverse osmosis design, with a single unit water production capacity covering 0.25-120 M³/H, an operating pressure of 1-1.2 MPa, and a desalination rate of 97%-99.7%. It supports fully automatic control and continuous operation. The system features stable operation, low energy consumption, and no acid or alkali pollution, making it suitable for high-purity water scenarios such as laboratory cleaning and precision manufacturing.
