Rotory Regenerative Oxidation Incineration System (Rotary RTO)

Brief Description and Working Principle Of RTO?

The rotary RTO, also known as a rotary regenerative thermal oxidizer, operates as a rotating ceramic regenerative thermal incineration system. It features a single combustion chamber and 12 energy recovery units (ceramic regenerators). By switching valves, the system recovers high-temperature flue gas heat, achieving energy-saving and purification effects. The rotary RTO primarily consists of a combustion chamber, a ceramic packing bed, and rotating valves. The furnace body is divided into 12 chambers: 5 intake chambers, 5 exhaust chambers, 1 cleaning chamber, and 1 isolation chamber. The exhaust gas distribution valve, driven by a motor, rotates continuously and uniformly, ensuring the exhaust gas flows smoothly and steadily between the 12 chambers.

 

                    

Product Features Of Regenerative Oxidation Incineration System (Three- Chamber RTO)

(1) The use of special rotary valves results in minimal pressure fluctuations during operation;

(2) While maintaining a high decomposition rate comparable to multi-chamber incinerators, it offers advantages such as reduced installation space and lower maintenance costs.

(3) High-temperature combustion and complete combustion offer high treatment efficiency, high heat recovery rate, simple structure, low pressure loss, high economic efficiency, high safety, high stability, straightforward operating mode, easy maintenance, and a broader range of applicable substances.

(4) The small heat dissipation area allows 12 chambers to operate in alternating buffer mode, thereby reducing energy consumption.

(5) Twelve chambers operate simultaneously, with optimized airflow distribution and high purification efficiency.

(6) Waste heat utilization yields high economic benefits; excess thermal energy is reused in drying rooms, ovens, and similar equipment.

(7) The waste heat can be reused, causing no secondary and ensuring safety and environmental friendliness.

Scope of Application

This applies to various industries including chemical, petrochemical, pharmaceutical, pesticide, compound fertilizer, printing, spraying, coating, composite materials, functional films, electronics, semiconductors, and tinplate can manufacturing.