Fourth-Generation Workshop Exhaust Gas Treatment Equipment, Replacing Traditional Processes:
① Photocatalytic oxidation fails to meet regulatory standards for organic exhaust gases within processing time. Compared to open-loop photocatalytic exhaust treatment technology, the ternary rotor smart integrated unit employs enclosed exhaust processing, offering superior pollutant adsorption capacity, shorter catalytic reaction contact time, and enhanced exhaust treatment efficacy:
② Higher adsorption and desorption efficiency than traditional activated carbon, reducing the need for frequent carbon replacement and secondary waste treatment challenges, while eliminating smoldering risks;
③ Unlike RTO equipment suited for high-concentration applications, the ternary rotor system excels in low-concentration, high-volume scenarios. Its low-temperature, flameless oxidation process eliminates explosion hazards, enhances safety, and significantly reduces energy consumption;
④ Compared to traditional zeolite rotor systems, the ternary rotor innovatively employs flash heating and flash superconductor cooling for rapid heat storage and intermittent energy supply. This achieves lower energy consumption, superior purification, and substantially reduced operating costs;
⑤ Enables distributed energy management—when operating two units simultaneously, energy consumption increases by only approximately 30%.

Integrated Design for Easy Installation and Maintenance:
① Standardized, modular design replaces the original split structure, drastically reducing footprint and lowering space requirements;
② Streamlined, elegant appearance with integrated hoisting for short installation cycles;
③ Optional automatic filter cloth replacement system and localized automatic repair technology for simplified maintenance.

Automated Control, Simple Operation:
① Intelligent distributed computing control system enables one-button startup and intuitive operation, facilitating user-friendly interaction and control.

High Treatment Efficiency, Eco-Friendly and Energy-Saving:
① Long rotor lifespan with low failure rate reduces maintenance and operational costs;
② Adsorption-desorption-low-temperature flameless catalytic oxidation process achieves up to 98% treatment efficiency based on exhaust gas composition;
③ Optional non-precious metal catalytic oxidation technology reduces operational costs;
④ Flash-heating core technology enables rapid heating, shortens combustion cycles, and lowers energy consumption;
⑤ Flash-cooling superconducting rapid cooling core technology with intelligent temperature control ensures efficient operation.
⑥ Optional waste heat collection and recovery systems enable secondary utilization of residual heat.

Technology licensing available for ODM partnerships with environmental equipment manufacturers
① Highly adaptable, specifically designed for low-concentration, high-volume organic exhaust treatment in steel structure painting applications;
② Customizable specifications based on workshop conditions and exhaust gas types; choose from electric heating, gas heating, or flash-heating rapid heating options;
③ Technology licensing available for environmental enterprises to enable technical sharing; also provides ODM services for environmental equipment manufacturers leveraging core technology.