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RTO regenerative incinerator

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1.RTO incinerator applicable industry

(1) Adaptation to the industry range: oven exhaust gas, chemical electrophoresis, coating, painting, printing, electronic and other industries.

(2) Adapt to exhaust gas concentration: 500 ~ 10000mg / m3

   2. RTO incinerator combustion performance

The organic waste gas flows through the heat storage ceramic body. After heating, the temperature is rapidly increased, and the temperature can reach 800 ° C in the furnace, and the VOCs in the organic exhaust gas is directly decomposed into carbon dioxide and water vapor, form non-toxic, odorless. High temperature flue gas.

The mixed gas flows through a slightly low temperature, a large amount of thermal energy is transferred from the flue gas to the heat storage, used to heat the next cycle of organic exhaust gas, the self-temperature flue gas has a substantial decrease, and then pass the heat recovery system Heat exchanges with other media, the flue gas temperature is further reduced, and it is raised to the outdoor atmosphere.

3.RTO incinerator working principle

   RTO heated organic exhaust gas to 760 ° C, and the organic exhaust gas generated a thermal oxidation reaction to form non-toxic CO2 and H2O, thereby achieving the effect of purifying the exhaust gas. RTO recovered calories in the process of working, and the thermal recovery rate reached more than 95%, and the dual purpose of exhaust gas purification and environmentally friendly energy saving is the excellent choice for the treatment of high concentration volatile organic exhaust gas.

    RTO heat storage thermal incinerator working principle: After pretreatment of organic exhaust, it will pass it into the body.

Heat to a certain temperature (usually 730-780 ° C), so that the organic components in the exhaust gas have an oxidative reaction,

A small molecule-inoticular (e.g., CO2, H2O), the fumet fan, and the chimney are discharged into the atmosphere. Oxidation generated high temperature gas

Ceramic heat storage, so that the ceramic body temperature begins \"heat storage \", which is used to handle the subsequent accessible organic exhaust gas, thereby saving a large amount of fuel.

A plurality of heat storage rooms are set in the RTO system to ensure that each heat storage room experiences the heat storage - exothermic - cleaning and other programs, and work continuously. The heat storage chamber \"exotherm \" should be introduced into the indoor cleaning room, and after the cleaning is completed, it can enter the \"hot storage \" program, otherwise the residual exhaust gas is discharged into the atmosphere with the chimney, thereby reducing processing efficiency. .


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