In today's industrial production and environmental protection fields, water treatment is a vital task. However, the frequent foaming problem in the water treatment process has brought many challenges to this work. At this time, water treatment defoamer has become a key auxiliary agent for optimizing water treatment process.
The mechanism of action of water treatment defoamer is mainly to destroy the membrane wall of the foam and make the foam break quickly. It can be quickly dispersed in water and form a thin film on the surface of the foam to prevent the foam from forming again.
Taking the wastewater treatment of electroplating plants as an example, the surfactants in the electroplating solution will produce a large amount of stable foam during the treatment process. These foams will not only hinder the flow and treatment of wastewater, but may also carry harmful substances into the atmosphere, causing secondary pollution. The use of efficient water treatment defoamers can quickly eliminate these foams and improve the efficiency and quality of wastewater treatment.
In addition, in the wastewater treatment of the food processing industry, foam is also easy to generate due to the presence of food additives and proteins. Water treatment defoamers can effectively solve the foam problem and ensure that the wastewater meets the discharge standards without affecting food safety.
In short, with the development of industry and the continuous improvement of environmental protection requirements, water treatment defoaming agents are playing an increasingly important role in optimizing water treatment processes, improving treatment efficiency, and protecting the environment.