VOC Recovery & Solvent Recovery Systems
Simultaneously achieving air pollution control and profit generation
BMS's MagVoc™ system goes beyond simple exhaust gas treatment. It is a high-efficiency system that recovers the solvent lost during the process and turns it back into an asset.
In line with enhanced environmental regulations and Net-Zero demands, BMS proposes the most advanced solution capable of simultaneous VOC recovery and high-purity solvent refining.
Operating Principle: Cooling Condensation & Adsorption Recycling
- High-Efficiency Capture: The primary oil vapor is liquefied and recovered by a multi-stage condensation system applying BMS's heatexchanger technology, and the residual gas is captured by over 95% through an adsorption tower.
- Precision Purification: By incorporating our distill tower design expertise, the recovered waste solvent is immediately reproduced into a new-level solvent with moisture and impurities removed.
- Meets air pollution control facility licensing standards (Removal rate 95%↑)
- Cost reduction by reusing expensive solvents like NMP, EA, MEK
- Carbon emission response and eco-friendly (ESG) factory realization
Technical Strengths of BMS Recovery Systems
Fire/Explosion Prevention
Inert gas (N2) substitution and LEL detection systems perfectly control the risk of oil vapor explosion.
Compact Custom Design
The compact skid-type design allows installation even in small remaining spaces of existing factories.
24-Hour Unmanned Automation
Real-time monitoring and unmanned operation are possible with our self-developed PLC/HMI program.
Explosion-Proof (Ex) Parts
Safe in Zone 1 and 2 areas by applying explosion-proof motors and sensors that meet IEC Ex standards.
ROI Simulation (EA Solvent Recovery Case)
Turn exhaustive environmental compliance costs into a profitable model with BMS's VOC recovery system.
[Case Study: Protective Film Manufacturing]
▹ Conditions: Airflow 300 CMM, EA concentration 600 ppm
▹ Recovery Amount: Approx. 130kg/day (Approx. 93 tons/year)
▹ Economics: Creating a profit of approx. $60,000 annually by reducing new liquid purchase costs.
