The process flow of the reverse osmosis pure water equipment is: raw water → raw water tank → raw water pump → multi-media filter (quartz sand filter → activated carbon filter → soft water processor → precision filter → high-pressure pump → first stage reverse osmosis (RO unit) → pure water tank → high-pressure pump → second stage reverse osmosis → ultraviolet sterilization unit → water point. The process description of the reverse osmosis pure water equipment explains that the raw water tank serves to overcome the instability of the water supply network, ensuring stable and continuous water supply for the entire system; it also guarantees the long-term reliable performance of each equipment.

Choose between polyethylene (PE) or stainless steel water tanks. The tank configuration includes a high-level float ball valve and a low-level liquid level switch. It boasts high reliability, low cost, simple structure, and easy installation. When the water level is high, the float ball valve closes to stop water intake. When the water level is low, the high-level float ball valve opens to start refilling the tank. At the same time, the low-level liquid level switch opens, and the booster pump stops working. The original pump provides the necessary working pressure for the pretreatment equipment. Reverse osmosis systems typically include an original pump unit, quartz sand filter, activated carbon filter, and precision filter. Their primary function is to reduce the pollution index and residual chlorine in the raw water, among other impurities, to meet the water intake requirements for reverse osmosis. As a equipment manufacturer, we provide you with the equipment.

We produce pure water and high-purity water required for the manufacturing processes of electronic industries such as cathode ray tubes, liquid crystal displays, circuit boards, computer hard disks, integrated circuits, chip single crystal silicon, and semiconductor materials. Additionally, we supply softened water, desalinated water, and pure water for use in steam and thermal power generation boilers, as well as low-pressure boilers in factories and mining enterprises.