RCO (Regenerative Catalytic Oxidizer)

Treatment Target: VOCs, Paint & Printing Exhaust

Applications: Spray booths, Coating lines, Auto parts, Printing, Plastic/Rubber/Chemical industries

Efficiency: ≥95%

Key Advantages: Automated adsorption-desorption-combustion cycle.

Operating Mode: Full Cycle Adsorption → Desorption → Catalytic Combustion → Compliant Emission.

Project	Contents
Model / Specifications	MHRCO-X (Where X denotes Airflow Capacity in m³/h)
Airflow Capacity	5000–50000m³/h
Inlet Concentration	VOCs≤1000mg/m³
Efficiency	≥95%
Applicable Exhaust Gas Types	VOCs
Main Material	Anti-corrosive Carbon Steel, Stainless Steel
Control System	PLC Fully Automated with Touchscreen / Manual
Adsorption Material	Honeycomb Activated Carbon
Catalytic Temperature	280–320℃
Safety Features	Flame Arrestor, Explosion Venting Disc, Over-temperature Alarm, Water Sprinkler

Project	Contents
Functional Logic	Activated Carbon Adsorption: Low-concentration, high-volume exhaust gas is purified via carbon adsorption. Thermal Desorption: Small-volume hot air desorbs organics from the carbon layer. Catalytic Combustion: High-concentration gas enters the catalytic bed for flameless combustion at 280–320°C. Heat Recovery: Heat is recycled for desorption to save energy.
Key Advantages	· Ideal for high-volume, low-concentration organic exhaust · Extremely low operating costs via heat self-utilization · No secondary pollution, with only CO₂+H₂O emissions · Safe, stable, and fully automated operation · Supports integration with online environmental monitoring

Project	Contents
Treatment Capacity	Customizable equipment sizes based on specific flue gas volumes
Remote Monitoring	Optional remote monitoring system integration
Installation Method	Suitable for indoor/outdoor installation

Project	Contents
Performance & Safety	· High Purification Efficiency: Ensures consistently stable emissions that fully comply with environmental standards · Ultimate Safety & Reliability: Integrated with comprehensive safety systems, including explosion-proof components, flashback arrestors, and electrical leakage protection
Operation & Maintenance	· Low OPEX & Energy Efficiency: Advanced energy-saving system design significantly reduces overall operational costs · Fully Automated Control: Smart PLC system enables unmanned operation, eliminating the need for dedicated on-site personnel
Customization & Durability	· Premium Durability: High-grade core materials ensure an extended service life coupled with simplified, hassle-free maintenance · Flexible Customization: Tailored airflow capacities and material configurations designed to perfectly match your specific site requirements

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