1. Pure physical action, no chemical agents required
The production process of spunlacing non-woven fabrics mainly relies on high-pressure water flow to spray and entangle the fibers, and no chemical agents are added during the entire process. This purely physical action method meets national environmental protection requirements and is a green and environmentally friendly production method.
2. Wastewater treatment and recycling
During the production process of spunlacing non-woven fabrics, the wastewater generated is mainly suspended solids. Through reasonable wastewater treatment processes, such as sedimentation, flotation or biochemical treatment, the wastewater can meet the requirements of the "Comprehensive Wastewater Discharge Standard" (GB8978-1996). In addition, part of the cooling water can be directly reused to further reduce wastewater discharge.
3. Energy saving and emission reduction
Fiber Spunlacing High-pressure Pump focuses on energy saving and emission reduction during design and operation. For example, by optimizing the pressure and flow of the high-pressure pump, it ensures that energy consumption is reduced while meeting production needs. In addition, some equipment also uses variable frequency speed regulation technology to further improve energy efficiency.
4. Low-noise operation
The noise generated by the Fiber Spunlacing High-pressure Pump during operation is low. Through reasonable equipment layout and sound insulation measures, the impact on the environment can be effectively reduced.
5. Solid waste treatment
Solid waste (such as waste packaging materials, scraps, etc.) generated during the production process is usually collected and sold to material recycling companies, and domestic waste is entrusted to the sanitation department for removal, which has little impact on the environment.
6. Compliance with environmental standards
The production process of the Fiber Spunlacing High-pressure Pump complies with national and local environmental standards, including emission standards for pollutants such as wastewater, waste gas, and noise. By adopting advanced production equipment and pollution prevention and control measures, the impact of the production process on the environment can be minimized.
