RCO catalytic combustion furnace

Two, structural features:

 

1, easy to operate: when the equipment work, to achieve automatic control.

2, low energy consumption: equipment start about 20 minutes, heating up to the burning temperature, the concentration of organic waste gas is higher, energy consumption is only fan power.

3, safe and reliable: equipment equipped with fire suppression system, explosion-proof pressure relief system, overtemperature alarm system and advanced automatic control system.

4, small resistance, high purification efficiency: the use of advanced precious metals palladium, platinum impregnated ceramic honeycomb catalyst, large specific surface area.

5, the waste heat can be reused: the waste heat can be returned to the drying Road, reducing the consumption power of the original drying channel, and can also be used as heat source in other aspects.

6, small footprint: only 80% of similar products in the same industry, and equipment foundation without special requirements.

7, long service life: catalyst is generally replaced 4 years, and renewable carrier.

Three ¡¢ scope of application:

1. It can be used for the purification treatment of organic solvents (benzene, alcohol, ketones, aldehydes, esters, phenols, ethers, alkanes and other organic waste gases).

2, apply to wire, cable, enameled wire, machinery, electrical machinery, chemicals, instruments, automobiles, bicycles, motorcycles, engines, tapes, plastics, household appliances and other industries, purification of exhaust gases.

3, can be used for a variety of oven, tin, surface coating. Printing ink, mechanical and electrical insulation treatment, leather shoes, viscose and other drying lines, purify the organic waste gas produced by each process.

Four, process principle:

Catalytic cleaning is a typical gas solid catalytic reaction, in essence, it is the deep oxidation of reactive oxygen species. In the catalytic purification process, catalyst role is to reduce the activation energy, and adsorption of the catalyst surface, the reactant molecules enriched in the surface increases the reaction rate, accelerate the reaction of the catalyst; can make organic waste gas burning in low temperatures, no flame combustion, and oxidation decomposition CO2 and H2O, and release a lot of heat energy, so as to achieve the removal of harmful substances in the exhaust gas.

In the process of catalytic purification of exhaust gases, waste gases are piped into the heat exchanger through the pipe and heated to the starting temperature required for catalytic combustion. The preheated exhaust gas is burned through the catalyst layer. Due to the effect of catalyst, catalytic combustion exhaust gas combustion starting temperature is about 250 degrees Celsius to 300, significantly lower than the direct combustion of the combustion temperature of 650 to 800 degrees Celsius, the high temperature gas again into the heat exchanger, the heat transfer of cooling, eventually to low temperature by the fan into the atmosphere.

Five, matters needing attention:

1, the exhaust gas composition does not contain the following substances:

A, with high viscosity without esters

B, phosphorus, arsenic, antimony, mercury, lead, zinc, tin

C, high concentrations of dust

2, equipment installation site without corrosive gas, and have good rainproof measures

3 ¡¢ equipment required power supply: three-phase AC 380V, frequency 50HZ