The function of the combustion-supporting denitration agent
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I would like to ask the experts: does the combustion-supporting denitration agent used in catalytic devices only function to reduce NOx when there is a large amount of CO generated in the system?
The main function of the combustion-supporting denitration agent is to promote the conversion and degradation of nitrogen oxides (NOx) during the combustion process, improve combustion efficiency, and reduce pollutant emissions. It is effective not only in situations with high CO production, but also can reduce NOx formation under normal combustion conditions by optimizing the combustion reaction. Therefore, its function is not limited to situations where large amounts of CO are generated within the system. .
Does that mean the theory that a combustion-supporting denitration agent can only be effective in the presence of CO is not valid?
Yes, the theory that a combustion-supporting denitration agent can only be effective in the presence of CO is unfounded. The combustion-supporting denitration agent can operate under various combustion conditions; its main function is to optimize the combustion process and promote the reduction of NOx, and it can be effective whether CO is present or not. .
What is its relation to CO? There are two types of agents: denitration agents and combustion promoters. Generally, denitration agents have a better effect; for combustion promotion, palladium-based agents are used, but their effectiveness is average