1. Economic Benefits
1. Significantly reduce solvent procurement costs
The recycling function can distill and purify used contaminated solvents (such as acetone, xylene, chloroform, etc.), achieving a recovery rate of up to 95%. This directly reduces the need for purchasing new solvents and saves significant raw material costs over the long term.
2. Reduce waste liquid treatment costs
Waste solvents are classified as hazardous waste, with high disposal costs (typically requiring payment by specialized agencies for treatment). The recycling machine reduces the volume of waste liquid, directly lowering treatment expenses.
3. Improve production efficiency
Achieve solvent recycling to prevent production continuity disruptions caused by solvent shortages or procurement delays, while also reducing the management time required for hazardous waste transfer and declaration.
4. Fast return on equipment investment
Small recycling machines have lower investment costs and typically recover the expenses within 6 to 18 months through savings.
II. Environmental and Safety Benefits
Reduce hazardous waste emissions
Reduce the risk of waste solvent contamination to soil and water bodies, comply with environmental protection regulations, and avoid environmental pollution liabilities.
2. Reduce security risks
Reduce hazardous waste storage volume to lower the risks of combustion, explosion, leakage, or volatilization.
The closed-loop recycling process reduces solvent emissions in the workshop, improves air quality, and safeguards employee health.
3. Supporting Enterprises in Green Certification
Support enterprises in achieving the goal of "circular economy," meeting ISO 14001 environmental management system or ESG (Environmental, Social, and Governance) requirements, and enhancing brand image.
III. Technical and Operational Advantages
1. Automated operation is simple and convenient
Modern recycling machines often employ automated control systems, allowing for adjustable parameters such as temperature and time, with simple operation to minimize manual intervention.
2. Compatible with various solvents
The recovery process can be adjusted based on different solvents (boiling point, characteristics), making it suitable for various plastic cleaning scenarios (e.g., removing ink, adhesives, paint, etc.).
3. Improve solvent purity
The solvent purity after distillation can reach over 90%, meeting the requirements of the cleaning process and ensuring the cleaning quality of plastic products.
summary
The solvent recovery machine is a key piece of equipment in the plastic cleaning industry for achieving cost reduction, efficiency improvement, and green transformation. By recycling resources, enterprises can not only cut costs and enhance competitiveness but also fulfill their environmental responsibilities, aligning with the trend of sustainable development. For manufacturers with large-scale operations or those using expensive solvents, investing in a solvent recovery machine offers high cost-effectiveness and strategic value.
