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Introduction to adsorption time of Tangshan catalytic combustion equipment

Introduction to adsorption time of Tangshan catalytic combustion equipment

2021-11-01

Introduction to adsorption time of Tangshan catalytic combustion equipment The entire process of catalytic combustion device includes pre-treatment, adsorption, concentration, desorption, desorption, and catalytic combustion process. After preliminary pre-treatment, the exhaust gas enters the back-end activated carbon adsorption/desorption tower for adsorption treatment. Organic gases are adsorbed on the surface of the activated carbon through micropores of the activated carbon, removing organic substances from the exhaust gas and achieving the effect of purifying the gas.

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Tangshan catalytic combustion manufacturer will introduce how to choose lubrication equipment for waste gas treatment equipment?

Tangshan catalytic combustion manufacturer will introduce how to choose lubrication equipment for waste gas treatment equipment?

2021-11-02

When selecting lubricating materials for waste gas treatment equipment, appropriate methods and equipment should be used to transport lubricating oil to various lubrication parts. The transportation, distribution, adjustment methods of lubricating oil and whether the equipment meets the requirements should ensure the lubrication of the equipment to improve waste gas treatment. The working performance of equipment has a significant impact.

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Technical characteristics of Tangshan photocatalytic combustion waste gas treatment

2021-11-02

The combination of dual band ultraviolet light and TiO2 photocatalytic oxidation equipment can effectively remove volatile organic compounds (VOC), inorganic compound, hydrogen sulfide, ammonia, mercaptan and other major pollutants as well as various odors, and the deodorization effect greatly exceeds the Emission Standard for Odor Pollutants (GB14554-93) issued in 1993. The nine categories of 114 pollutants announced by the United States Environmental Protection Agency have been confirmed to be able to be treated by photolysis and photocatalytic oxidation, even for atomic organics such as haloalkane, fuels, nitrogen-containing organics and organophosphorus pesticides. effect

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Introduction to the Replacement Cycle of Activated Carbon in Hebei Catalytic Combustion Equipment

Introduction to the Replacement Cycle of Activated Carbon in Hebei Catalytic Combustion Equipment

2021-11-04

Replacement cycle of activated carbon for Hebei catalytic combustion equipment Catalytic combustion equipment often has stricter performance requirements for the treatment of flue gas, dust, and exhaust gas in industrial pollution control measures. This is because if the gas and dust emitted during the production process cannot achieve the expected treatment effect, it will not be able to pass environmental protection testing and pay the fees. At this point, stricter requirements were put forward for powerful processing equipment. Even the details of when to replace the activated carbon in catalytic combustion equipment need further improvement. Only when it is clear can corresponding measures be taken. As is well known, the role of catalytic combustion equipment in treating flue gas, dust, and exhaust gas is well-known in the industry, but the maintenance of different components is also very important for operators and maintenance personnel. Activated carbon is a key material for controlling pollution. If not replaced in a timely manner, it will affect the treatment effect and efficiency. Therefore, it is necessary to master the key points of equipment operation to ensure the stable operation of catalytic combustion equipment. Of course, there are relatively many ways and methods to meet environmental standards, but corresponding treatment equipment must be used based on specific types of pollutants. In this objective context, catalytic combustion equipment with activated carbon as the main filtering material should also continue to increase. For daily maintenance of equipment, efforts should be made and strict technical requirements should be strictly followed to avoid affecting the operating status of the equipment. If necessary, please feel free to contact the Tangshan Lantian Aoyu catalytic combustion manufacturer at any time.

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Introduction to the Carrier of Tangshan Catalytic Combustion Equipment

2021-11-04

Introduction to the Carrier of Tangshan Catalytic Combustion Equipment Catalysts are indispensable carriers for catalytic combustion. Today, we will learn about the carriers of devices: A catalyst is a substance that can change the rate of chemical reactions, but its chemical properties do not change before or after the reaction. Catalysts are usually composed of catalyst active substances and catalyst media. Catalytic active substances are usually metals or metal oxides. Among them, precious metal catalysts mainly include platinum, palladium, ruthenium, etc. Commonly used metal catalysts mainly include metals and oxides such as copper, chromium, nickel, vanadium, manganese, iron, cobalt, etc. The catalyst medium is a porous material, whose main function is to make the active material have a large body surface area. The catalyst medium is divided into metal medium, ceramic medium, and carbon fiber medium. The metal medium is usually in the shape of belts, sculptures, flat plates, silk, etc. made of nickel or nickel chromium alloy. These media are plated with platinum and palladium through electroplating or "electroplating" (i.e. solution immersion) to facilitate assembly and disassembly. drawer. Catalysts using ceramics as a medium are usually silicon aluminum oxides, which have two types of structures: granular and honeycomb.

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What are the advantages of Tangshan catalytic combustion compared to thermal combustion?

What are the advantages of Tangshan catalytic combustion compared to thermal combustion?

2021-11-11

Catalytic combustion equipment mainly consists of a heat exchanger, combustion chamber, catalytic reactor, heat recovery system, and exhaust chimney, used for purifying flue gas. The purification principle is that the raw gas passes through a heat exchanger before entering the combustion chamber. After preheating, it is sent to the combustion chamber where the required reaction temperature is reached. The oxidation reaction is carried out in a catalytic reactor. The purified flue gas releases some heat through a heat exchanger and is then discharged into the atmosphere through a chimney.

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