With the improvement of environmental awareness and technological progress, the green development and innovation of defoamers in the paper market have become an inevitable trend. Enterprises should prioritize the use of renewable resources and environmentally friendly raw materials to produce defoamers, in order to reduce environmental pollution. For example, renewable resources such as natural vegetable oils and biobased materials can be used as the basic components of defoamers. Enterprises should continuously optimize their production processes, reduce energy consumption and pollutant emissions. For example, energy-saving and emission reducing production equipment can be used, and strict waste disposal measures can be implemented. Enterprises should also pay attention to improving the biodegradability of defoamers to reduce their long-term impact on the ecological environment. The biodegradability of defoamers can be improved through modification, compounding, and other methods.

With the continuous progress of papermaking technology, the performance requirements for defoamers are also increasing. Enterprises should focus on developing efficient defoamers to improve defoaming speed and foam suppression performance, and meet the needs of high-end papermaking processes such as high-speed paper machines. In addition to defoaming performance, enterprises should also focus on developing multifunctional defoamers, such as those with antibacterial, anti-corrosion and other functions, to meet the needs of different papermaking processes. Enterprises should provide personalized defoamer solutions tailored to different papermaking processes and pulp properties. By gaining a deep understanding of customer needs and providing customized products and services, we aim to enhance customer satisfaction and loyalty.

With the continuous development of intelligent technology, enterprises should actively explore the possibility of intelligent application in the field of defoamers. For example, the foam situation in the production system is monitored in real time by installing sensors and other equipment, and the amount and time of defoamer addition are automatically controlled according to the production speed and quantity of foam.

In summary, the green development and innovation of defoamers in the paper market have become an inevitable trend. Enterprises should focus on adopting environmentally friendly raw materials, optimizing production processes, and improving the biodegradability of defoamers; At the same time, we should also focus on innovative directions such as efficient research and development, multifunctionality, personalized customization, and intelligent applications. Through the implementation of these measures, the green development and innovation process of defoamers in the paper market can be promoted, providing strong support for the sustainable development of the paper industry.