1. Promote resource recycling and alleviate the pressure of resource scarcity

Cracking the problem of "white pollution" recycling: Recycling and reusing waste polyester products (especially disposable plastic bottles and textile waste) that are difficult to naturally degrade from landfills and natural environments, reducing the long-term accumulation of plastic waste on soil and water sources, and lowering the pressure of waste disposal.

Replacing native resource consumption: Polyester raw materials are sourced from non renewable resources such as petroleum, and RPET non-woven fabrics can be produced through regeneration processes without the need to extract new petroleum resources, effectively saving native minerals and energy, promoting resource utilization from a linear model of "extraction use waste" to a circular model of "recycling regeneration reuse", and improving resource recycling efficiency.

2. Reduce carbon emissions throughout the entire lifecycle and contribute to the "dual carbon" goal

Reduce energy consumption and emissions in the production process: Compared to the production of native polyester non-woven fabrics, RPET recycling processing does not require high energy consumption processes such as crude oil extraction and polyester synthesis, significantly reducing energy consumption such as electricity and steam, while reducing greenhouse gas and pollutant emissions such as carbon dioxide and sulfur dioxide, and alleviating the burden on the atmospheric environment.

Avoiding the environmental cost of waste disposal: If traditional plastic waste is incinerated, it will release a large amount of toxic and harmful gases; If landfill treatment is adopted, it requires land occupation and cannot be degraded for a long time. The recycling of RPET non-woven fabric reduces the ecological damage caused by such waste disposal methods from the source, indirectly reducing the carbon emission cost of environmental governance.

3. Replace traditional high polluting materials and optimize eco-friendly supply

Replacing disposable non degradable plastics: RPET non-woven fabric can be widely used in shopping bags, packaging materials, hygiene products, agricultural cover films and other scenarios. As an alternative to difficult to degrade materials such as disposable plastic bags and plastic packaging, it can be recycled and reprocessed after use to form a "use recycling regeneration" loop, reducing the pollution of the ecosystem caused by disposable plastics.

Reduce environmental pressure in the textile industry: The textile industry is one of the areas with high pollution emissions. The production of RPET non-woven fabric can digest the waste materials such as scraps and discarded clothing generated by the textile industry, reduce the environmental emissions of textile waste, and provide low pollution and sustainable material choices for textile, packaging, industrial and other fields, promoting the green transformation of related industries.

4. Assist in the dissemination of ecological protection and sustainable development concepts

Reduce ecosystem damage: By recycling plastic waste, reduce its dispersion in natural environments such as oceans, forests, and farmland, reduce the damage to the living environment of animals and plants, and protect biodiversity.

Guiding green consumption and production consensus: The promotion and application of RPET non-woven fabric conveys the sustainable development concept of "recycling, low-carbon and environmental protection" to the market, forcing production enterprises to pay attention to environmental transformation, while guiding consumers to choose green and environmentally friendly products, promoting the formation of an eco-friendly production and lifestyle that "saves resources and reduces pollution" in the whole society.