The use of commercial water purifiers common problems and solutions
Jan .14.2025
In today's office environment, commercial water purifiers have become a standard feature in more and more businesses. Whether it's to improve the health of your employees or to reduce the cost of purchasing bottled water over time, a commercial water purifier is undoubtedly an ideal choice. However, despite its obvious advantages, many businesses still encounter some common problems during its use. So what are the common problems associated with the use of commercial water purifiers? And how can these problems be solved? This article will explore these issues in depth and provide solutions to help you manage the water quality of your office more efficiently and easily.
Turning Waste into Treasure The World's Most Promising Wastewater Treatment Technology, MBR, Deserves Its Name
Jan .14.2025
MBR, integrating the biodegradation of bioreactor and the high efficiency separation of membrane, is a new type of high efficiency wastewater biological treatment process generated by the organic combination of membrane technology and wastewater biological treatment technology. The application in many fields of water treatment has received widespread attention, known as one of the most promising new water treatment technologies worldwide, and it is believed that the future MBR process will have a broad prospect in the development of buried sewage treatment plants.
About reverse osmosis back pressure generation and avoidance
Jan .13.2025
In reverse osmosis water treatment, back pressure refers to a situation where the pressure on the product water side is greater than the pressure on the feed water side. A rolled membrane element resembles a long envelope-shaped membrane pocket with the open side bonded to a product water center tube containing an opening. A plurality of membrane pockets are wound onto the same product center so that a flow of feed water passes over the outside of the membrane, and under feed water pressure, fresh water is allowed to flow through the membrane into the membrane pockets and then converge into the product water center tube.