With the increasing global awareness of environmental protection and the promotion of sustainable development concepts, the paper industry is facing unprecedented pressure for green transformation. As an indispensable part of papermaking technology, the green and scientific development of papermaking defoamers has become a focus of industry attention.

In the future, paper defoamers will pay more attention to the environmental friendliness of raw materials, using non-toxic, harmless, and biodegradable natural or synthetic materials to reduce environmental pollution. In addition to basic defoaming and anti foaming functions, future paper defoamers will also have multiple functions such as antioxidant, antibacterial, and anti-static to meet the demand of the paper industry for high-quality paper. With the advancement of technology, future paper defoamers will pay more attention to efficiency and energy conservation. By optimizing formulas and production processes, defoaming effects will be improved, usage costs will be reduced, and energy consumption and emissions will be minimized.

At present, the technological research and development of environmentally friendly paper defoamers still face many bottlenecks, such as screening of raw materials, optimization of formulas, and improvement of production processes, which require increased investment in scientific research and technological innovation. The production cost of environmentally friendly paper defoamers is usually high. How to reduce production costs while ensuring product quality and performance is a major challenge facing the industry. Although environmentally friendly paper defoamers have many advantages, their promotion and application still face certain difficulties due to low market acceptance and awareness.

Against the backdrop of green transformation in the papermaking industry, the green transformation of papermaking defoamers has become a focus of industry attention. Many paper companies have begun to try using non-toxic, harmless, and biodegradable raw materials to replace traditional defoamer materials, such as natural oils, plant extracts, etc. These raw materials not only have good defoaming effects, but also reduce environmental pollution.

By optimizing production processes and formulas, the production efficiency and product quality of defoamers can be improved, while reducing energy consumption and emissions. In order to address the shortcomings of traditional defoamers in terms of environmental protection and performance, many research institutions and enterprises are actively developing new defoamers. These new defoamers not only have excellent defoaming and anti foaming properties, but also have good environmental friendliness and biodegradability.

In order to promote the green transformation of papermaking defoamers, many enterprises have begun to build green supply chains, implementing environmental protection concepts throughout the entire process from raw material procurement, production, sales to recycling and processing, ensuring the greenness and sustainability of their products.