Pharmaceutical water, as a raw material for drugs and equipment cleaning water, directly affects the quality and safety of drugs; As a carrier for the storage and distribution of pharmaceutical water, the microbial control level of the pharmaceutical water storage and distribution system directly affects the quality of pharmaceutical water at the final point of use. By disinfecting and sterilizing the pharmaceutical water storage and distribution system, the risk of contamination of pharmaceutical water by system equipment can be effectively reduced. It is reported that LightRide adheres to the corporate philosophy of "integrity and dedication", always paying attention to the latest requirements of FDA and GMP, integrating the latest technology at home and abroad in water treatment equipment, and providing high-performance pharmaceutical purified water equipment to users in a timely manner. The Wright Ride purified water equipment uses electrodeionization technology to produce purified water. This purified water equipment can effectively remove impurities, bacteria, microorganisms, viruses, etc. from the water, ensuring that the effluent quality meets the production standards of the enterprise.

The purified water produced by purified water equipment is currently the highest standard effluent in the water treatment industry, and the number of enterprises using purified water equipment is also increasing. The future development prospects of purified water equipment are infinite. It is understood that reverse osmosis is a modern and new type of pure water treatment technology. With the promotion of this technology, China has begun to use reverse osmosis technology. The purified water equipment on the market adopts reverse osmosis membrane treatment technology and has undergone certain improvements and design innovations in China. The technology is already very mature. The author learned that the Nanjing first-class reverse osmosis purification water equipment is a membrane separation technology that utilizes the power of selecting permeable (semi permeable) membranes as the driving force. When the pressure applied in the system is greater than the osmotic pressure of the influent solution, water molecules continuously penetrate the membrane, flow into the central pipe through the production water channel, and then impurities such as ions, organic matter, bacteria, viruses, etc. in the water flow out at one end are intercepted on the influent side of the membrane, Then, the concentrated water flows out at the outlet end to achieve separation and purification purposes.