The Impact of Denitrification Soot Blowing on Catalyst Collapse in Denitrification Systems
Abstract
This report investigates the impact of denitrification soot blowing on catalyst collapse in denitrification systems. Through a review
of literature and case analysis, the report reveals the interaction mechanisms between soot-blowing methods, parameters, and catalyst properties. The study finds that improper soot-blowing operations can exacerbate catalyst wear and collapse, while rational soot-blowing strategies
can effectively mitigate blockages and extend catalyst life. The report proposes recommendations such as optimizing soot-blowing parameters, improving soot-blower layout, and adopting new soot-blowing technologies, providing theoretical support and practical guidance for the
stable operation of denitrification systems.
of literature and case analysis, the report reveals the interaction mechanisms between soot-blowing methods, parameters, and catalyst properties. The study finds that improper soot-blowing operations can exacerbate catalyst wear and collapse, while rational soot-blowing strategies
can effectively mitigate blockages and extend catalyst life. The report proposes recommendations such as optimizing soot-blowing parameters, improving soot-blower layout, and adopting new soot-blowing technologies, providing theoretical support and practical guidance for the
stable operation of denitrification systems.
Keywords
Denitrification catalyst; Soot blowing; Collapse; Wear; Blockage
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PDFReferences
[1] Research on Technical Solutions for Wide Load Denitrification Retrofit of 660 MW Coal-Fired Units. Shen Guifen, Dong Xuefeng,
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DOI: http://dx.doi.org/10.70711/cstm.v2i2.7403
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