With the increasing global awareness of environmental protection, the screening of green raw materials for wetting agents has become the top priority for future development. This includes searching for and applying natural renewable resources such as plant-based oils, polysaccharides, cellulose derivatives, etc. as the main components of wetting agents. At the same time, reducing dependence on petroleum based chemicals and lowering carbon emissions during the production process is an important step towards achieving green wetting agents.

Environmental catalytic technology has great potential for application in the production of wetting agents. By optimizing the design and selection of catalysts, more efficient and cleaner chemical reaction processes can be achieved, reducing the generation of by-products and energy consumption. In addition, exploring biocatalytic technology and utilizing enzymes and other biocatalysts for synthesis can not only reduce production costs, but also significantly reduce environmental pollution.

Energy saving production processes are another important direction for the green development of wetting agents. By improving production processes, optimizing operating conditions, and reducing energy consumption and waste emissions. For example, adopting continuous and automated production equipment to improve production efficiency; Utilize the waste heat recovery system to reuse the thermal energy generated during the production process; Implement refined management, strictly control raw material consumption and wastewater discharge.

Establishing a comprehensive waste recycling system for the production of wetting agents is a key link in achieving green development. By recycling and treating wastewater, waste residue, and other waste generated during the production process, the maximum utilization of resources can be achieved. At the same time, explore the recycling and reuse technology of wetting agents after use to reduce environmental pollution and resource waste.

A comprehensive environmental impact assessment is essential in the development and production process of wetting agents. By evaluating the potential impact of wetting agent production on the ecological environment, timely identification and resolution of environmental problems can be achieved, providing a basis for formulating more scientific and reasonable green development strategies.