The green and sustainable development of future water treatment defoamers is an important trend. Firstly, enterprises need to develop and use defoamers based on natural sources or renewable resources, such as plant oil defoamers, which have good biodegradability and can reduce long-term environmental impact. Actively exploring biotechnology methods such as microbial fermentation to produce defoamers, in order to reduce environmental pollution. Ensure that the chemical components in the defoamer are non-toxic and harmless, and avoid adverse effects on aquatic organisms. Choose ingredients that are safe and non irritating to the human body to ensure the health of operators.

Secondly, optimize and improve production processes, reduce energy consumption and carbon emissions, and achieve green production. Adopting clean energy and energy-saving equipment to reduce environmental pollution during the production process. Improve the utilization rate of raw materials and reduce waste generation. Recycling and reusing by-products generated during the production process to achieve efficient utilization of resources.

In addition, an intelligent monitoring system is developed to monitor the production of foam in real time and automatically adjust the amount of defoamer added. Through big data analysis, optimize the use strategy of defoamers to improve processing efficiency and resource utilization. Advanced dosing equipment and technology are used to ensure that defoamer can be accurately added to the position where foam is generated, reducing waste and environmental pollution.

At the same time, increase the supervision of the production and use of defoamers to ensure that enterprises comply with environmental regulations and standards. Encourage enterprises to develop and use more environmentally friendly defoamer products, and provide policy support and rewards. Strengthen cooperation between universities, research institutions, and enterprises to jointly promote the green and sustainable development of water treatment defoamers. Share research results and technical experience to promote technological innovation and industrial upgrading. Continuously exploring and developing new environmentally friendly defoamers to improve their defoaming performance and biodegradability. Study the synergistic effect of defoamers with other water treatment agents to improve overall treatment efficiency.

The green and sustainable development of future water treatment defoamers needs to start from multiple aspects such as material selection, production processes, intelligent control, policy and regulatory support, as well as technological innovation and research and development. Through comprehensive measures, promote the green transformation and sustainable development of the water treatment defoamer industry.