Technological innovation is the core driving force for promoting the green and sustainable development of water treatment defoamers. In the future, we should focus on the following aspects and promote the green and sustainable development of water treatment defoamers through technological innovation:

1、 Developing efficient biodegradable defoamers

Develop efficient and environmentally friendly biodegradable defoamers using biodegradation technology. These defoamers not only have excellent defoaming performance, but can also be rapidly degraded by microorganisms in the natural environment after use, reducing long-term environmental burden. Through biotechnology methods such as genetic engineering and fermentation engineering, the performance and stability of biodegradable defoamers can be further improved.

2、 Applying the principles of green chemistry

The principle of green chemistry emphasizes minimizing or eliminating negative impacts on human health and the environment in the design, manufacturing, and application of chemicals. Applying the principles of green chemistry to the research and production process of water treatment defoamers can reduce pollution from the source, improve resource utilization efficiency, and promote the green and sustainable development of the defoamer industry.

3、 Intelligent management

Utilizing modern information technologies such as the Internet of Things and big data to achieve intelligent management of defoamers. Through real-time monitoring of foam in the water treatment process, accurately control the amount and timing of defoamer addition, and reduce waste and pollution. Meanwhile, intelligent management can also improve water treatment efficiency and reduce operating costs.

4、 Circular Economy Model

Promote the transformation of the water treatment defoamer industry towards a circular economy model, achieving maximum resource utilization and minimal waste discharge. By recycling and reusing the waste and by-products generated during the production process of defoamers, a closed-loop economic chain is formed to reduce environmental burden and enhance overall economic benefits.