Reverse osmosis water treatment defoamer: the key to ensuring water resource foam treatment

In modern industry and daily life, the purification and treatment of water resources are crucial. However, in the process of reverse osmosis water treatment, foam problems often cause many troubles to the operation of the system. At this time, reverse osmosis water treatment defoamer came into being and became a key auxiliary agent to ensure the stable operation of the water treatment system and the water purification effect.

The existence of foam has a significant harm to the reverse osmosis water treatment system. A large amount of foam will occupy the space in the system, resulting in a falsely high liquid level, affecting the normal liquid level control of the system, and may even cause overflow, resulting in waste of water resources and environmental pollution.

Reverse osmosis water treatment defoamer is a chemical auxiliary agent specially used to eliminate or control the generation of foam in the water treatment process. The defoamer molecule has a special chemical structure that can quickly diffuse to the gas-liquid interface and reduce the surface tension of the liquid. When the surface tension of the liquid is reduced, the stability of the foam is destroyed, the foam wall becomes thinner, and the foam ruptures.

Reverse osmosis water treatment defoamer has the ability of rapid defoaming and long-term defoaming. It can eliminate a large amount of foam in a short time and control the re-generation of foam for a long time to ensure the stable operation of the water treatment system. It has good compatibility with various chemical agents and membrane materials commonly used in reverse osmosis water treatment systems, and will not have a negative impact on the performance of other agents or damage the membrane.

Reverse osmosis water treatment defoamer plays an indispensable role in ensuring the stable operation of reverse osmosis water treatment systems and the water purification effect. Through the principles of reducing surface tension, destroying foam elastic membranes and promoting drainage, it can effectively eliminate and control the generation of foam and overcome a series of hazards caused by foam.