The desulfurization defoaming agent in power plants can inhibit and eliminate the foam generated during the desulfurization process, improve desulfurization efficiency and equipment stability, reduce operating costs, and meet environmental protection requirements. 
The desulfurization and defoaming agent used in power plants has demonstrated significant industry advantages in the power sector, mainly reflected in the following aspects: 

• Optimizing reaction conditions: During the desulfurization process, bubbles generated when the absorbent comes into contact with the flue gas can reduce desulfurization efficiency. Defoaming agents can effectively destroy the stability of bubbles, quickly eliminate the foaming problem in the flue gas, thereby optimizing the contact effect between the absorbent and the flue gas, and increasing the absorption rate and absorption efficiency of sulfur dioxide. 
• Enhance gas-liquid contact: The use of defoaming agents can reduce the obstruction of foam on gas-liquid contact, allowing reactants to contact more fully, thereby improving desulfurization efficiency and reducing the emission concentration of sulfur dioxide in exhaust gas. 
• Reduce blockage: Bubbles generated during the desulfurization process may block equipment pipelines and nozzles, leading to unstable equipment operation or even equipment shutdown. The addition of defoaming agents can reduce the formation and accumulation of bubbles, thereby reducing the risk of equipment blockage and enhancing the reliability and stability of the equipment. 
• Extending equipment lifespan: By reducing the impact and wear of foam on the equipment, defoamers help extend the lifespan of desulfurization equipment, reducing the frequency of maintenance and replacement. 
• Reduce energy consumption: The foaming issue during the desulfurization process can lead to increased energy consumption of the equipment. The use of defoamers can effectively reduce energy consumption and minimize unnecessary energy expenditure. 
• Reduce desulfurization liquid consumption: The reduction of foam means that the desulfurization liquid can react more effectively with sulfur dioxide in the flue gas, thereby reducing the consumption of desulfurization liquid and improving resource utilization efficiency. 
• Reduce operating costs: By improving desulfurization efficiency, reducing equipment failure rates, and minimizing energy consumption, the use of defoaming agents can significantly reduce the operating costs of power plants. 
• Environmentally friendly formula: Modern power plant desulfurization and defoaming agents often adopt environmentally friendly formulas, which do not contain harmful substances and are harmless to both the environment and human health. This aligns with current environmental protection policies and aids power plants in achieving green production. 
• Safe and reliable: The use of defoaming agents is safe and reliable, and they will not cause damage to desulfurization equipment. At the same time, their efficient defoaming effect helps ensure the smooth progress of the desulfurization process, meeting environmental quality requirements. 
• Reasonable price: The price of desulfurization defoaming agent for power plants is reasonable, offering high cost-effectiveness, allowing power plants to enhance desulfurization efficiency without incurring excessive cost burdens. 
• Easy to operate: This defoaming agent is simple and convenient to operate, easy to manage and maintain, and reduces the operating costs and management difficulties of power plants. 
• In summary, power plant desulfurization defoamers exhibit significant industry advantages in terms of improving desulfurization efficiency, reducing equipment failure risks, saving energy and costs, ensuring environmental safety, and being economical and practical. These advantages have led to the widespread use of power plant desulfurization defoamers in the power industry and have gained increasing favor among power plants.