In the chemical and pharmaceutical industries, the application of solvent recovery machines has significant economic, environmental, and operational advantages. The following are its main benefits:
1. Significantly reduce production costs
Reduce the purchase of new solvents: Recycling and reusing solvents can reduce the consumption of new solvents and directly lower raw material costs.
Reduce waste disposal costs: Waste solvent treatment (such as hazardous waste disposal) is costly, and recycling can reduce processing volume and related costs.
2. Environmental compliance and sustainable development
Reduce hazardous waste emissions: Many solvents in the chemical/pharmaceutical industry are toxic and harmful substances (such as methanol, acetone, DMF, etc.), and recycling can significantly reduce VOCs emissions and soil/water source pollution risks.
Comply with regulatory requirements: avoid high environmental fines or production shutdown risks.
Carbon reduction: Solvent production consumes energy, and recycling can reduce carbon emissions throughout the entire lifecycle.
3. Improve production safety and efficiency
Reduce storage risks: Reduce the inventory of new solvents and mitigate the safety hazards of flammable and explosive solvents.
Continuous production: Some recycling machines can be integrated into the production line to achieve real-time solvent recovery and utilization, reducing production interruptions.
4. Resource Recycling and Quality Control
Ensure solvent consistency: Through precise separation technology, impurities are avoided from accumulating, ensuring stable solvent recovery performance (especially for key steps in API production).
Reduce supply chain dependence: Reduce external procurement risks and ensure production continuity.
5. Significant long-term economic benefits
Quick cost recovery: The investment in solvent recovery equipment is usually recovered within 6 months to 2 years through cost savings (depending on the type and amount of solvent used).
Industry application cases
Pharmaceutical: Recycling dichloromethane, ethyl acetate, etc. for extraction or crystallization processes.
Chemical industry: Recycling DMF (dimethylformamide), toluene, etc. for the synthesis of coatings and pesticides.
Biotechnology: Recycling ethanol and acetone for equipment cleaning.
Through solvent recovery, enterprises can achieve the triple goal of "cost reduction, pollution reduction, and efficiency improvement", especially in the context of stricter environmental supervision and fluctuations in raw material prices, where its value is more prominent.
Below are on-site photos taken by the customer
