【product name】
RCO exhaust gas catalytic combustion device
【PRODUCT MODEL】
DX type
【Product Introduction】
RCO exhaust gas catalytic combustion deviceIt is a typical gas-solid phase catalytic reaction, which reduces the activation energy of the reaction with the help of a catalyst, allowing it to start at a lower ignition temperature of 200~

At 300 ℃, flameless combustion occurs, and organic matter oxidation occurs on the surface of the solid catalyst, producing CO2 and H2O simultaneously【product description

】
1、 Overview
Skills and characteristics of RCO waste gas catalytic incineration equipment:
A. Easy to operate: During equipment operation, complete active control.
B. Low energy consumption: The equipment only needs 15-30 minutes to heat up to the ignition temperature (when the concentration of organic waste gas is high, the working energy consumption is only the fan power).
C. Safe and reliable: The equipment is equipped with a flame retardant dust removal system, an explosion-proof pressure relief system, and an over temperature alarm system.
D. Low resistance and high purification power: Advanced honeycomb ceramic catalysts impregnated with precious metals palladium and platinum are selected.
E. Waste heat reuse: Waste heat can be returned to the drying channel to reduce the power consumption in the original drying channel; It can also be used as a heat source for other purposes.
F. Long service life: Catalysts are generally replaced every 4 years, and the carrier is renewable.
Catalytic incineration relies on catalysts to complete the complete oxidation of organic matter at low temperatures (200-400 ℃), resulting in less energy consumption for environmentally friendly equipment,
Simple operation, safety, high purification power, especially in the purification of organic waste gas with low recovery value, such as chemical, painting, insulation, etc

Information, enameled wire, paint production and other professions have a wide range of applications, and there are already many standardized equipment available for selection.
2、 History
Organic waste gas catalytic incineration technology refers to the rapid oxidation of hydrocarbons in organic waste gas under low temperature conditions under the effect of catalysts
Produce water and carbon dioxide to achieve the purpose of processing. The catalytic incineration method for treating industrial organic waste gas was a skill introduced in the late 1940s. follow
Since the development of organic waste gas catalytic incineration equipment by the United States in 1949, this skill has been widely used in painting, rubber processing, and plastic manufacturing
It is also used in sectors such as material processing, resin processing, leather processing, food industry, and casting industry, as well as in areas such as car exhaust gas purification. China began catalyzing in 1973
The incineration treatment method was used to treat the organic waste gas discharged from the enameled wire drying furnace, and then further research was conducted in insulation materials, printing industry, and other fields to promote catalytic combustion

Burning equipment has been widely used.

3、 Workflow
According to the preheating and enrichment methods of organic waste gas, the catalytic incineration process can be divided into three types:
1. Preheating type.
Preheating is the basic process of catalytic incineration, and its basic principle is shown in Figure 1. When the temperature of organic waste gas is below 100 ℃ and the concentration is also low, the heat cannot be self-sufficient, so it needs to be heated in the preheating chamber before entering the reactor. Generally, gas or electric heating is used to raise the temperature of the exhaust gas to the ignition temperature required for catalytic reaction; The incinerated purified gas undergoes heat exchange with untreated exhaust gas in a heat exchanger to recover some of the heat.
2. It is inherently thermally balanced.

Organic waste gas has a high temperature and high organic content. Generally, only an electric heater needs to be installed in the catalytic incineration reactor for use during ignition. The heat generated by the purified gas is recovered through a heat exchanger, and under normal operation, thermal balance can be maintained without the need to compensate for heat. The process is shown in Figure 2
3. Adsorption catalytic incineration.
When the flow rate of organic waste gas is high, the concentration is low, the temperature is low, and catalytic incineration requires a lot of fuel, adsorption method can be used first to remove the organic waste gas
Adsorb onto the adsorbent and concentrate it, then blow it with hot air to desorb the organic waste gas into high concentration organic waste gas (which can be concentrated more than 10 times)

Then proceed with catalytic incineration.

5、 Technical specificationsThis product is quite flexible,Single deviceProcessing air volume of 500-50000m3/h.Due to modular design, the actual air volume is less than 100000m3/h， All can be manufactured under the premise of economic feasibility.The devices can be combined in parallel or series for use,