Address
304 North Cardinal St.
Dorchester Center, MA 02124
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM

Our RTO projects demonstrate successful VOC emission control in diverse industries, showcasing practical solutions for chemical plants, coating lines, pharmaceutical production, and electronics manufacturing.
Below are examples of RTO installations across various industries, illustrating VOC treatment capacity, efficiency, and operational performance.

3-bed RTO treating 50,000 Nm³/h of solvent-laden air, achieving 99% VOC destruction and 92% heat recovery.

Rotary-valve RTO for spray booths, handling multiple paint lines with 97% thermal recovery.

Custom RTO system integrated with solvent recovery and cleanroom requirements, ensuring compliance.

Compact RTO system for PCB coating emissions, maintaining ≥ 99% VOC removal efficiency.

Multi-bed RTO treating ink and solvent fumes, reducing VOC emissions below regulatory limits.
Each RTO project emphasizes proper system sizing, valve sequencing optimization, residence time control, and integration with plant automation. Lessons from real-world installations improve reliability, reduce operational cost, and ensure regulatory compliance.
We provide full EPC support, including design, fabrication oversight, installation supervision, commissioning, and ongoing technical support. Turnkey RTO projects are delivered to meet plant-specific VOC control requirements and international emission regulations.
Documented RTO projects provide insight into proven VOC control technologies, enabling potential clients to evaluate system performance, energy efficiency, and compliance outcomes before selecting a solution.
Chemical, automotive coating, pharmaceutical, electronics, printing, and solvent-processing industries benefit from RTO systems due to high VOC emissions.
Key metrics include VOC destruction efficiency, thermal recovery rate, airflow handling capacity, and compliance with emission standards.
Yes, each RTO project is designed for site-specific constraints, including space limitations, VOC type, concentration, airflow, and integration with existing equipment.
Our engineering team will respond within 24 hours.