EPS Recycling System Helps Achieve New Breakthroughs in White Pollution Control!

The EPS Recycling System adopts innovative technology, which is expected to significantly alleviate the problem of "white pollution" and promote the development of circular economy.

For a long time, EPS has been light, bulky, and difficult to degrade, with high recycling costs and low efficiency. It is mixed with domestic garbage or discarded at will, becoming a stubborn problem of environmental pollution. The core of EPS Recycling System lies in its unique hot melt volume reduction and deep purification process. The system first crushes the collected waste foam (such as packaging boxes and lunch boxes) through special equipment, and then sends it into a high-temperature melting chamber, so that its volume is instantly reduced to more than 1/90 of its original state, greatly reducing the storage and transportation costs. The polystyrene blocks formed by melting are then subjected to multi-stage fine filtration and degassing treatment to effectively remove impurities and odors, and finally produce high-purity and high-value PS recycled particles.

It is worth mentioning that the EPS Recycling System is highly automated and equipped with visual recognition and intelligent sorting modules to remove mixed non-EPS materials. The treatment process is closed, and the exhaust gas is discharged in compliance with the standards after treatment. The entire process is energy-saving and environmentally friendly. According to the project leader, the annual processing capacity of a single production line can reach 5,000 tons of EPS waste, with a recycling rate of over 85%. The quality of recycled materials is close to that of virgin materials, and can be widely used in the manufacture of products such as photo frames, decorative lines, and packaging materials.

At present, the system has been deployed in a number of industrial parks and large e-commerce logistics centers in Shenzhen, with remarkable results. According to statistics, the recycling rate of EPS waste in the pilot area has increased by more than 70% compared with traditional methods, and the benefits of resource recycling and carbon emission reduction are outstanding. Environmental experts pointed out that this solution provides a model for solving the dilemma of low-value plastic recycling. Its large-scale promotion will effectively reduce the pressure on landfills, reduce the consumption of virgin plastics, and inject strong impetus into the realization of the "dual carbon" goal and the construction of a "zero-waste city".