Gas-solid phase catalytic reaction is most commonly used in the catalytic purification process. Its main goal is to participate in deep oxidation under the influence of active oxygen.
The catalyst's role in the purification process is to reduce the activation energy, creating more favorable conditions for the reaction. Furthermore, the surface of the catalyst exerts an adsorption effect on the reactant molecules, increasing the reaction rate and accelerating the reaction process.
The catalytic process provides a method to flameless burn organic waste gas, reduce the ignition temperature, and decompose the waste into CO2 and H20. Due to the release of a large amount of heat energy, harmful substances within the waste gas can be eliminated.
The purification process of waste gas is initiated by sending the waste gas into the heat exchanger through the pipelines while using a fan. Within the exchanger, the waste gas is preheated to the temperature required for catalytic combustion.
The next step is the burning of preheated waste gas through the catalyst layer, which efficiently reduces the activation energy required for combustion. Due to the catalyst's effect, the waste gas combustion starts at a relatively lower temperature of about 250~300 degrees Celsius, which is much lower than the combustion temperature required by direct combustion methods of 650~800 degrees Celsius.
The high-temperature gas re-enters the heat exchanger, cools down after heat exchange, and finally, the fan discharges it into the atmosphere at a lower temperature. The products of the process are carbon dioxide and water, which eliminates secondary pollution.
The catalyst loaded in the catalytic burner is highly active, with low resistance and good stability. Its purification efficiency can reach up to 95 ~ 99.5%, which eliminates the risk of secondary pollution.
One of the main benefits of the catalytic purification process is the utilization of waste heat to save energy. The reaction generates a lot of heat energy, ensuring no additional energy is needed, which leads to a significant reduction in operating costs.
The Delong Environmental Protection catalytic combustion equipment is perfect for various applications and scenarios. It is suitable for use in industrial settings, especially in the manufacturing sector, where emissions are high. The product's high efficiency rate makes it ideal for applications where there is a need for high energy output, such as in power generation plants. The product is also perfect for use in waste incineration plants to reduce the emission of hazardous gases, including dioxins and furans.
Another significant advantage of the Delong Environmental Protection catalytic combustion equipment is that it can be used with activated carbon adsorption saturation technology to increase efficiency further. This technology enables the equipment to remove harmful pollutants from gas streams that cannot be efficiently eliminated by catalytic combustion alone. Additionally, the product's catalyst loading is only 1-5%, making it a cost-effective solution for industries that require high efficiency and low operational costs.
Overall, the Delong Environmental Protection catalytic combustion equipment is an excellent choice for industries and applications that require efficient and environmentally friendly combustion technology. It is an ideal solution for reducing emissions of harmful gases and ensuring compliance with environmental regulations. With the option of using activated carbon adsorption saturation technology, the product offers an even higher level of efficiency and effectiveness.
Product Packaging:
Shipping:
Q: What is the brand name of this catalytic combustion equipment product?
A: The brand name is Delong Environmental Protection.
Q: Where is this product manufactured?
A: This product is manufactured in China.
Q: What is the purpose of catalytic combustion equipment?
A: Catalytic combustion equipment is designed to reduce harmful emissions from industrial processes.
Q: What industries can benefit from using catalytic combustion equipment?
A: Industries such as chemical, petrochemical, pharmaceuticals, food processing, and automotive can benefit from using catalytic combustion equipment.
Q: What kind of maintenance is required for this equipment?
A: Regular maintenance, including cleaning and replacing catalysts, is required to ensure optimal performance of the equipment.