Catalytic Combustion Equipment

Catalytic combustion equipment is an environmentally friendly device used to treat organic (mainly based on actual reports) exhaust gases. It utilizes the action of catalysts to oxidize and decompose the combustible components in organic (mainly based on actual reports) exhaust gases into carbon dioxide and water at lower temperatures, thereby achieving the goal of purifying exhaust gases.

Catalytic combustion equipment refers to devices or devices that burn under the action of catalysis. The basic working principle of catalytic combustion devices is to rely on metal catalysts to achieve flameless combustion of organic (mainly based on actual reports) exhaust gas at lower flash temperatures, decomposing the organic (mainly based on actual reports) exhaust gas into stable carbon dioxide and water vapor. The catalytic burner electric automatic control system consists of PLC controller, text display, frequency converter, rectifier, ultraviolet light sensor, thermal resistance and other motor control equipment, as well as its centrifugal fan. In addition, the proportion of natural growth gas and gas is adjusted by a zero pressure valve. The keywords also provide examples and explanations of the HC series organic (mainly based on actual reports) exhaust gas catalytic combustion device and LF-VC immediate catalytic reaction decomposition air oxidation device, as well as the unsafe elements and regulatory measures in the application of catalytic combustion devices.

Basic principles of catalytic combustion equipment system software:

Natural gas and materials have the advantages of good thermal efficiency and low environmental pollution emissions. Under normal circumstances, the combustion of gas still emits a certain amount of NO, which poses a threat to air pollution. Therefore, it is necessary to reduce the consumption of N0 throughout the entire process of gas combustion. Research over the past decade has shown that catalytic combustion technology is highly capable of addressing the aforementioned challenges, enabling natural growth gas combustion to achieve low emission standards and near zero emissions, while also improving the thermal efficiency inside the furnace.

The principle of the burner is to change the kinetic energy of the entire system by adjusting the mixed natural growth gas flow into the combustion system software when it is necessary to change the combustion output power.

Characteristics of catalytic combustion equipment:

1. Suitable solutions for high temperature, high concentration, and persistent organic waste gas (based on actual reports)

2. It does not cause secondary pollution and has low investment and operating costs for equipment projects;

3. Catalytic reaction with ultra-low temperature decomposition, short heating time, low energy consumption, long service life of metal catalysts, and a catalytic reaction decomposition purification treatment rate of over 90%;

4. The equipment operates smoothly and reliably, with few themed activities, a sound maintenance system software configuration, and convenient practical operation and maintenance;

5. Complete full automation technology PLC control throughout the entire operation process, which is convenient and reliable;

6. The system optimization equipment is sound, equipped with flame arresters and explosion vents. Any abnormal phenomena that frequently occur during operation will be reported and automatically shut down.