Application of defoamer in solving cesspool foam problems
Foam is a common problem in the wastewater treatment process, which not only affects the efficiency of wastewater treatment, but may also cause damage to equipment and even adversely affect the environment. In order to solve this problem, defoamer becomes an indispensable tool.
Working Principle of Wastewater Treatment Defoamer
Defoamer for sewage treatment effectively solves the problem of foam in sewage ponds through specific chemical composition and physical properties. Its working principle mainly includes the following aspects:
Wastewater antifoam can effectively reduce foam stability
Antifoam agent has a low surface tension and good dispersibility, which can quickly penetrate into the foam system, destroying the stabilizing structure of the foam, so that the foam quickly burst.
wastewater treatment defoamer can quickly destroy the foam surface membrane structure
The surface membrane structure of the foam is the basis of its existence, and the active ingredients in the defoamer can destroy this membrane structure, so that the foam loses its support and then breaks.
Wastewater antifoam can be chemically reacted with sewage components
Some components in the defoamer can react with the foaming material in the sewage to change its chemical properties, thus inhibiting the generation of foam.
Application Effect of Defoamer
Through the application of antifoam defoamer, the number of foams in the sewage tank can be significantly reduced and the efficiency of sewage treatment can be improved. Specifically, the application effect of defoamer is shown in the following aspects:
Wastewater treatment defoamer can effectively improve the efficiency of sewage treatment
The reduction of foam enables the sewage treatment equipment to operate more efficiently, and the reaction pool space is more effectively utilized, thus improving the overall treatment efficiency.
Defoamer for sewage treatment reduce energy consumption
The presence of foam increases the energy consumption of wastewater treatment equipment, and the application of defoamers can reduce foam, thereby reducing the energy consumption of the equipment.
Adding wastewater antifoam can effectively protect the equipment
Foam may cause damage to wastewater treatment equipment such as corrosion and clogging, and the application of defoamer can reduce the foam production and protect the equipment from damage.
Adding wastewater treatment defoamer improves the environment
Reduced foaming means fewer harmful emissions from the wastewater treatment process, which improves environmental conditions.
