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The data in the RTO incinerator equipment are intelligently monitored to control the reaction temperature and reaction time to ensure full oxidation and combustion in the exhaust gas re-equipment. High degree of automation control, simple operation and easy maintenance.
advantages of RTO incinerators:
1, high purification efficiency, up to 99, no buffer tank;
2, the use of a new ceramic heat storage system, thermal utilization efficiency is higher than 97;
3, do not need auxiliary heating, low operating costs;
4, the system structure is compact, covers a small area;
5, long stay, full combustion, decomposition;
6, does not produce NOx and other secondary pollution;
7, the dead area in the furnace is small, the pressure loss is small;
8, RTO system operation is stable, reliable
.
structure of a thermal storage incinerator (RTO): heat storage chamber, oxidizing combustion chamber, switching valves, burners, gas and combustion systems, compressed air systems, control systems.
Thermal incinerator applications: RTO heat storage incinerator applications in petroleum and chemical (e.g. plastics, rubber, synthetic fibers, organic chemicals), paint production and painting, printing (including iron, printing paper, printing plastics), electronic components and wires, pesticides and dyes, medicine, video tubes, film, tape and other industries. RTO thermal incinerators can handle odor, CO, and organic exhaust gases containing triphenyls, alcohols, ethers, aldehydes, ketones, phenols, esters, radon, benzene andwith concentrations of 100PPM-20000PPM.