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| Place of Origin: | chongqing,CHINA |
| Brand Name: | JBETEP |
| Certification: | Ex I CE |
| Model Number: | TE-300 |
| Document: | JBETEP Solvent Recovery Mac...g).pdf |
High-capacity, high-recycling-rate 380V 50/60Hz industrial solvent recovery machine, 2600*1200*2050mm
Description
This is a professional equipment designed for the recovery of large-scale industrial waste solvents. With a compact body measuring 2600×1200×2050mm, it integrates a 300-liter large-capacity treatment system. It can efficiently handle large quantities of waste liquid in a single batch. The equipment is designed with a 380V 50/60Hz wide-frequency power supply, which is suitable for different power grids around the world and ensures stable operation. With an excellent recovery rate of ≥95%, it can convert waste organic solvents from printing and spraying industries into reusable clean resources, significantly reducing the disposal costs of hazardous waste and the purchase expenses of new solvents for enterprises. The entire machine adopts an explosion-proof structure and SUS304 stainless steel anti-corrosion material, combined with an intelligent temperature control system, providing a safe, reliable and highly profitable solvent recycling solution for continuous and high-intensity industrial production.
Solvent recovery machines are ideal for recovering solvents
High-value solvents: The economic benefits of recycling them are significant.
Examples include: isopropanol (IPA), ethanol, methanol, ethyl acetate, butanone (MEK), trichloroethylene, dichloromethane, DMF, NMP, THF, etc. These solvents have high unit prices, and recycling them can save substantial procurement costs.
Large-volume processes: Processes that generate large amounts of waste solvents.
For example, in fields such as electronics, photovoltaics, semiconductors, coatings, inks, pharmaceuticals, chemicals, and laboratories, cleaning, reaction, and extraction processes generate large amounts of waste solvents daily. Large-scale recycling can achieve economies of scale.
The composition is relatively simple: waste solvents are mainly mixtures of a single solvent and impurities.
For example, produced after cleaning equipment may contain only small amounts of oil or resin. Single-component recovery yields high purity and good results, and the recovered solvent can be reused in the original process.
Good thermal stability: It will not decompose, polymerize or undergo dangerous chemical reactions at distillation temperatures.
What value does a solvent recovery machine create for production?
(1) Solvent Recycling: Organic solvents (such as xylene and *) volatilized during the painting process can be recycled, purified, and reused, reducing the amount of new solvents purchased and directly saving raw material costs.
(2) Reduce Hazardous Waste Disposal Costs: Recycled solvents can replace some new solvents, reducing the amount of waste solvents to be disposed of and avoiding high hazardous waste disposal costs (such as transportation and incineration).
(1) Reduced VOC emissions and lower risk of environmental penalties.
(2) Meeting carbon reduction requirements: Reducing carbon emissions in the production process through solvent recovery helps companies achieve their environmental goals and enhance their green image.
(1) Reduce Explosion Risk: High concentrations of solvent vapors in paint spraying workshops can easily lead to combustion and explosion. The recovery machine reduces vapor accumulation through closed-loop circulation, improving explosion-proof safety.
(2) Improve Working Environment: Reduces the concentration of irritating odors and toxic gases in the workshop, protecting worker health and lowering the probability of occupational diseases.
(1) Stable Supply of Recycled Solvents: Recycled solvents can be directly used to dilute paint or clean equipment, reducing the risk of production stoppages due to solvent shortages.
(2) Automated Operation: Modern solvent recovery machines can be integrated into the painting line to automatically collect, distill, and purify solvents, reducing manual intervention.
(1) Fast return on investment: Although the initial investment is high, the cost can usually be recovered in 1-3 years by saving solvent costs and hazardous waste treatment fees (depending on the amount of solvent used).
(1) Compatible with Multiple Solvents: Recovery parameters can be adjusted for solvents with different boiling points (such as alcohols and esters) to meet the diverse needs of spray coating chemicals.
(2) Modular Design: Small mobile or large centralized recovery systems can be selected according to the workshop size to flexibly adapt to the production layout.
