How does a degassing membrane work?

Whether it is removing gas from a liquid or adding gas to a liquid, the world’s leading degassing membrane-gas-liquid membrane components are undoubtedly your best choice. The degassing membrane can handle flow rates of various sizes. Systems with flow rates as low as 10 milliliters per minute and as high as hundreds of tons per hour can meet the requirements. Deaeration membranes have been widely used around the world. The market covers areas such as integrated circuits, optoelectronics, packaging, power plants, food, beer and beverages, photography, and pharmaceuticals. Compared to other traditional processes, the advantages of the degassing membrane are: 1. It requires less space (the effective contact area per unit volume is 10 times that of a packed tower). 2. Low operating costs. 3. The dissolved air volume is controlled with great precision. 4. Modular installation allows for easy expansion to handle higher flow rates or achieve more precise control over gas flow. 5. Low pressure loss, no need to install a pressure pump, cost-effective. For specific details, please consult the manufacturer: http://www.newsuncn.com/gb/products.asp?id=568

Principle of the degassing membrane: A hydrophobic microporous membrane is used; due to its hydrophobic nature, water cannot pass through the micropores while gases can. A vacuum is created on the other side of the membrane, or it is purged with an inert gas such as N2. The gases dissolved in the water pass through the microporous membrane and are removed, thereby reducing the concentration of dissolved gases in the water.