Promoting the green production of wetting agents to reduce environmental pollution and resource waste is an important direction for the sustainable development of the wetting agent industry. Here are some key measures and suggestions:

1、Environmentally friendly raw materials should be used, and low toxicity and low VOC raw materials should be selected. In the production process of wetting agents, low toxicity and low volatile organic compound (VOC) raw materials should be prioritized to reduce harmful substance emissions during production and use. Promote bio based materials, which are sourced from renewable resources and have biodegradability, and can significantly reduce environmental pollution. In the production of wetting agents, the use of bio based surfactants, thickeners and other raw materials can be explored.

2、Optimize production processes by optimizing reaction conditions such as temperature, pressure, and time to improve reaction efficiency and yield, and reduce the generation of by-products. Meanwhile, adopting continuous and automated production processes can reduce energy and material consumption. Strictly collect and treat the wastewater and exhaust gas generated during the production process to ensure compliance with emission standards. Various technological methods such as biological treatment, chemical treatment, membrane separation, etc. can be used to improve the treatment efficiency of wastewater and exhaust gas. Resource utilization of waste in the production process, such as recycling and reusing useful components in wastewater, and harmless treatment of solid waste before incineration or landfill.

3、To strengthen environmental management, enterprises should establish a sound environmental management system, clarify environmental responsibilities and goals, formulate environmental management systems and operating procedures, and ensure the effective implementation of environmental protection work. Regularly provide environmental training to employees to enhance their environmental awareness and operational skills, ensuring that they can strictly comply with environmental regulations and operating procedures. Establish an environmental monitoring system to regularly monitor and record pollutants such as wastewater, exhaust gas, and noise during the production process, ensuring that pollutant emissions comply with national and local environmental standards.

4、Promote technological innovation, increase research and development investment, and develop new wetting agents with high efficiency, environmental protection, low toxicity, and low VOC characteristics to meet the market's demand for environmentally friendly products. By optimizing the product formula, reducing the amount of harmful substances added, and improving the environmental performance of the product. Meanwhile, exploring the use of renewable resources as part of product formulations to reduce dependence on the environment.

5、Strengthening policy guidance and market promotion, the government should introduce relevant policies to encourage and support green production in the wetting agent industry. For example, providing tax incentives, financial subsidies, and other policy support to enterprises that use environmentally friendly raw materials and production processes. Strengthen the market promotion of environmentally friendly wetting agents and enhance consumers' awareness and acceptance of environmentally friendly products. By organizing product exhibitions, technical exchange meetings, and other activities, we aim to showcase the excellent performance and environmental advantages of environmentally friendly wetting agents to the market.

In summary, promoting the green production of wetting agents requires starting from multiple aspects such as raw material selection, production process optimization, strengthening environmental management, promoting technological innovation, as well as policy guidance and market promotion. Through comprehensive measures, environmental pollution and resource waste in the production process of wetting agents can be significantly reduced, promoting the sustainable development of the wetting agent industry.