In the industrial production process, the production of foam often affects production efficiency, product quality and cost control. Therefore, the evaluation and optimization strategies of defoaming performance have become the key to improving industrial production efficiency.

First, we can directly observe the generation speed, size, quantity and duration of foam, which is the most intuitive and simple evaluation method. Secondly, professional equipment such as foam altimeter and foam stability tester can also be used to accurately measure parameters such as foam generation, defoaming speed and foam suppression time. Chemical analysis can also be used to understand the chemical composition, surface tension, dispersibility, and other characteristics of defoamers, in order to evaluate their defoaming performance. Factors such as temperature, pH value, viscosity, surface tension, etc. directly affect the dispersion, adsorption, and defoaming effect of defoamers in the system.

Different types of defoamers have different defoaming mechanisms and applicable ranges, and it is crucial to choose the appropriate defoamer. The amount of defoamer added directly affects its defoaming effect. Too little may not effectively defoam, while too much may increase costs or affect system performance. Select the appropriate type and amount of defoamer based on the nature of the system, production process, and product quality requirements.

At the same time, by adjusting process parameters such as temperature, pH value, and stirring speed, the system properties can be improved, and the dispersion and defoaming effect of the defoamer can be enhanced. Develop new defoamers with higher defoaming performance, lower cost, and more environmentally friendly properties using new materials and technologies. Strictly control the quality of the production, storage, transportation, and use of defoamers to ensure the stability and consistency of their defoaming performance.

The evaluation and optimization strategy of defoaming performance is the key to improving industrial production efficiency. Through scientific evaluation methods, in-depth analysis of influencing factors, and effective optimization strategies, the defoaming performance of defoamers can be significantly improved, production costs can be reduced, product quality can be improved, and strong support can be provided for the sustainable development of industrial production.