RTO stands for Regenerative Thermal Oxidization, a catalytic combustion unit known as "Regenerative Thermal Oxidizer" in English. The RTO process reuses heat through a novel non-steady-state heat transfer method. It works by cooling organic waste gases to above 760°C, causing the VOCs to hydrolyze into CO2 and H2O. The high-temperature gas stream then passes through ceramic regenerative beds, causing them to heat up and "store" heat. This stored heat is used to pressurize and pre-heat the organic waste gases that were previously introduced, thereby saving fuel consumption for the waste gas treatment. The RTO technology is limited to treating medium and low concentration (100-3500 mg/m³) waste gases, with a decomposition efficiency of 95%-99%.
RTO Catalytic Combustion Equipment for Waste Gas
Treatment of mixed organic waste gases containing benzene, alcohols, ketones, aldehydes, esters, phenols, ethers, alkanes, etc.
2. Organic waste gas purification suitable for industries such as chemicals, plastics, rubber, printing, pesticides, and shoe manufacturing.
Catalytic Combustion Manufacturer's Service Promise
1. Complete engineering tasks according to customer requirements and ensure the quality of the work.
2. The waste gas treatment facilities designed and supplied by our company, upon processing through our facility, are guaranteed to meet local and national emission standards.
3. Comprehensive warranty on main equipment, lifelong technical support, prompt response to any issues during operation, and on-site service by professionals arranged within 24 hours.
4. After the warranty period, our company charges only a cost-based fee for equipment maintenance and repair. We establish long-term relationships and technical exchanges with customers, providing new technical services to users, and offering free technical consultation and services.
5. During the debugging of the exhaust treatment system, responsible for training technical staff. This includes daily operation management, equipment operation procedures, common fault troubleshooting, and regular equipment maintenance.
6. Regularly organize customer follow-up activities to understand system operation, carefully handle customer feedback, and perform engineering technical consultation services.
