1. High purity recycling and material performance recovery
·Selective dissolution: The solvent can selectively dissolve specific plastics (such as PP, PE, PS, etc.), separate impurities (dyes, additives, other plastics), and the purity of recycled plastics can reach over 95%, which is close to the quality of raw materials.
2. Outstanding environmental benefits
·Low carbon emissions: Energy consumption is usually lower than melt recycling or chemical cracking, and the closed-loop solvent circulation system reduces volatilization.
·Reduce incineration and landfilling: Transform mixed plastics that are difficult to mechanically recycle into resources, and promote a circular economy.
·Solvent Recyclable: The advanced system has a solvent recovery rate of over 95%, reducing the risk of secondary pollution.
3. Economic value enhancement
·Producing high-value products: Recycled particles can replace native plastics for high-end manufacturing (automotive components, electronic parts).
·Policy support: In line with the global trend of plastic pollution control (such as the EU plastic tax), subsidies or carbon credits may be obtained.
·Reduce dependence on raw materials: hedge against fluctuations in oil prices and enhance supply chain stability.
4. Technical flexibility and scalability
·Modular design: can adapt to processing needs of different scales (from experimental devices to industrial production lines).
·Multi plastic adaptation: By changing solvents or adjusting parameters, multiple types of plastics can be processed to cope with market changes.
