In the process of catalytic purification of waste gas, a typical gas-solid phase catalytic reaction occurs with the participation of active oxygen. The main objective of the catalytic process is deep oxidation, and the catalyst plays a crucial role by reducing the activation energy required. Moreover, the surface of the catalyst is enriched with reactant molecules due to an adsorption effect, increasing the reaction rate and accelerating the oxidation. As a result, organic waste gas can be burnt without a flame and at lower ignition temperatures, and decomposed into CO2 and H2O, while releasing heat energy to eliminate harmful substances from the waste gas.
The purification of waste gas is initiated by heating the waste gas to the required temperature through a heat exchanger, which is sent through a pipeline by a fan. The preheated waste gas is then burnt through the catalyst layer. The starting temperature of catalytic combustion waste gas combustion is between 250~300 degrees Celsius due to the effect of the catalyst. This temperature is much lower than the combustion temperature of direct combustion methods, which ranges between 650~800 degrees Celsius. The high-temperature gas is cooled by entering the heat exchanger and exchanged, subsequently discharged into the atmosphere through the fan at a lower temperature. The process of purification has a high efficiency, and the products are carbon dioxide and water without any secondary pollution.
The catalyst loaded in the catalytic burner has low resistance, high activity, good stability, and a purification efficiency rating of 95 ~ 99.5%, and no secondary pollution is discovered.
This device helps to save energy by utilizing waste heat effectively. The reaction generates a considerable amount of heat energy, eliminating the need for additional energy and, subsequently, greatly reducing operating costs.
The catalytic combustion equipment is designed with a catalyst loading of 1-5%, which ensures that the equipment is highly efficient in removing harmful pollutants from the waste gas. The combustion method used in this equipment is catalytic combustion, which is a highly effective and efficient method of removing pollutants from the waste gas.
The equipment requires low maintenance, which makes it a cost-effective solution for waste gas treatment. The size of the equipment is small to medium, which makes it suitable for use in small and medium-sized industrial and commercial facilities.
The catalytic combustion equipment is ideal for a range of industrial and commercial applications, such as metal processing, chemical manufacturing, and food processing. It is also suitable for use in commercial kitchens, where it can help to remove harmful pollutants from the cooking process.
The equipment is designed to remove harmful pollutants from the waste gas, such as volatile organic compounds (VOCs), carbon monoxide (CO), and nitrogen oxides (NOx). The equipment can also be used in conjunction with activated carbon adsorption saturation, which helps to further remove harmful pollutants from the waste gas.
In conclusion, Delong Environmental Protection catalytic combustion equipment is an efficient, cost-effective, and reliable solution for waste gas treatment in industrial and commercial facilities. Its flameless combustion purification and low maintenance make it an ideal choice for businesses looking to reduce their environmental impact while improving the quality of the air in their facilities.
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Q: What is the brand name of this catalytic combustion equipment?
A: The brand name of this equipment is Delong Environmental Protection.
Q: Where is this catalytic combustion equipment manufactured?
A: This equipment is manufactured in China.
Q: What is the function of this catalytic combustion equipment?
A: This equipment is used to reduce harmful emissions such as volatile organic compounds (VOCs) and carbon monoxide (CO) from industrial processes through a catalytic reaction.
Q: What is the warranty for this catalytic combustion equipment?
A: Unfortunately, we cannot provide warranty-related information at this time.
Q: Can this catalytic combustion equipment be customized to fit specific industrial processes?
A: Yes, this equipment can be customized to fit specific industrial processes based on their emissions requirements and flow rates.