What is the role of low-temperature denitrification catalysts? At what temperature does the denitrification catalyst operate efficiently?
Publishdate：2023-02-07 Views：24
The effectiveness of low-temperature denitrification catalysts mainly depends on their composition. Different denitrification catalysts require different components. The main components of commonly used SCR denitrification catalysts are titanium dioxide, vanadium pentoxide, tungsten trioxide, etc. The titanium dioxide, vanadium pentoxide, and tungsten trioxide in SCR denitrification catalysts are slightly toxic substances that can be harmful if inhaled for a long time. The catalytic recovery flue gas denitrification technology is selected, and the SCR denitrification catalyst is generally arranged between the economizer and the air predictor.
1. The operating temperature of the denitrification catalyst is within a certain range, and the efficiency is high
The working temperature range of the denitrification catalyst is 320-360 ℃. Do not exceed 400 ℃, otherwise there is a risk of catalyst burnout.
2. Reduce material waste
Due to the function of the catalyst itself, it can quickly catalyze the production of products, which improves the rational utilization rate of the products.
3. Improve the production efficiency of enterprises
The function of a catalyst is to accelerate chemical changes and ensure that the material state remains unchanged.
4. Reduce production costs for enterprises
In the production of industrial enterprises, there is a large amount of production every day, which also requires a large amount of catalyst. The reuse of catalysts can reuse catalysts that have temporarily lost their activity, reducing the company's procurement costs in this regard.
5. It can save a lot of time
Low temperature denitrification catalyst is a type of catalyst that can accelerate the reaction rate of substances, so as long as a small amount of catalyst is added in the product production process, the reaction rate can be accelerated.
6. Complies with China's environmental protection policies
Due to strict national standards for nitrogen oxide emissions, manufacturers of these nitrogen-containing oxides will achieve denitrification effects by using low-temperature denitrification catalysts.
The effectiveness of low-temperature denitrification catalysts mainly depends on their composition. Different denitrification catalysts require different components. The main components of commonly used SCR denitrification catalysts are titanium dioxide, vanadium pentoxide, tungsten trioxide, etc. The titanium dioxide, vanadium pentoxide, and tungsten trioxide in SCR denitrification catalysts are slightly toxic substances that can be harmful if inhaled for a long time. The catalytic recovery flue gas denitrification technology is selected, and the SCR denitrification catalyst is generally arranged between the economizer and the air predictor.
1. The operating temperature of the denitrification catalyst is within a certain range, and the efficiency is high
The working temperature range of the denitrification catalyst is 320-360 ℃. Do not exceed 400 ℃, otherwise there is a risk of catalyst burnout.
2. Reduce material waste
Due to the function of the catalyst itself, it can quickly catalyze the production of products, which improves the rational utilization rate of the products.
3. Improve the production efficiency of enterprises
The function of a catalyst is to accelerate chemical changes and ensure that the material state remains unchanged.
4. Reduce production costs for enterprises
In the production of industrial enterprises, there is a large amount of production every day, which also requires a large amount of catalyst. The reuse of catalysts can reuse catalysts that have temporarily lost their activity, reducing the company's procurement costs in this regard.
5. It can save a lot of time
Low temperature denitrification catalyst is a type of catalyst that can accelerate the reaction rate of substances, so as long as a small amount of catalyst is added in the product production process, the reaction rate can be accelerated.
6. Complies with China's environmental protection policies
Due to strict national standards for nitrogen oxide emissions, manufacturers of these nitrogen-containing oxides will achieve denitrification effects by using low-temperature denitrification catalysts.
