Product Overview
MEAREG offers the Rotary Regenerative Thermal Oxidizer (Rotary RTO), an advanced solution for industrial volatile organic compound (VOC) abatement. Designed for medium to high concentrations of exhaust gas, this system delivers reliable purification and efficient heat recovery for demanding production lines.
Working Principle
The Rotary RTO directs exhaust gas into specific sections of the combustion chamber through the continuous rotation, indexing, and uniform distribution of a rotary valve. A sealing mechanism divides the rotor into inlet and outlet sections.
The system utilizes 12 fixed heat storage chambers filled with honeycomb ceramics.
- Preheating: Exhaust gas is preheated in 5 inlet chambers.
- Oxidation:Gas enters the oxidation chamber, where combustion raises the temperature to the oxidation threshold.
- Exhaust & Purge:Purified high-temperature gas is cooled in 5 exhaust chambers, while 1 chamber performs purging and 1 remains idle.
- Continuous Cycle: The patented rotary valve switches the gas flow continuously, ensuring a smooth circulation process.
Key Features & Advantages
- High Removal Efficiency:Achieves a VOC decomposition rate of over 99% (up to 99.9%).
- Minimal Pressure Fluctuation:The dedicated gas isolation technology and rotary valve design ensure low airflow fluctuation, preventing negative impacts on upstream production lines.
- Compact & Space-Saving:Compared to multi-bed RTOs, the rotary design significantly reduces the installation footprint.
- Low Maintenance:The independent structure of the furnace body and valve simplifies installation and maintenance, reducing overall operating costs.
- Uniform Heat Distribution:The distribution chamber evenly allocates airflow, preventing bias flow and maximizing heat recovery efficiency (>95%).
Safety & Protection Systems
- Safety Devices: Hot bypass, cold bypass, emergency exhaust, explosion relief duct, fresh air valve, and purge fan.
- Ceramic Media Protection:Anti-thermal shock features (high-temperature resistant materials, bypass damper control) and anti-clogging protection (preheating system, high-temperature regeneration, and filtration).
- Optimal Airflow Control: Inverter-controlled (PT) auxiliary fan blades and dampers adapt to changing air volumes.
- Minimal Pressure Variation:The purge fan and rotary design keep the flow path open, ensuring stable operation.
- Simple Operation: Equipped with a touch screen Human-Machine Interface (HMI) for easy management.
Technical Specifications
- Processing Capacity:1,000 – 150,000 Nm³/h
- VOC Concentration:Medium to high concentration (≥ 1,000 mg/Nm³)
- Removal Efficiency: > 99%
- Heat Recovery Efficiency:> 95%
Applications
Suitable for chemical and petrochemical, printing and coating, painting, composite materials, functional films, electronics, and semiconductor industries.
