Denitration equipment | SCR denitration system of gas distributed energy station

Release time:

2022-09-23

Our SCR denitration technology is highly efficient, effective, safe and practical. It is characterized by safety, reliability, high purification rate, small back pressure, small floor area, convenient maintenance, etc. It can achieve the standard while minimizing the impact of denitration on the internal combustion engine generator set. SCR denitration system technology for gas generator sets is suitable for various brands of generator sets. While meeting the flue gas temperature between 450-630 ℃, it is necessary to control the exhaust temperature below 500 ℃ to meet the working requirements of SCR denitration system. Different treatment schemes are considered according to the actual working conditions. When the original emission value of NOx is less than or equal to 500mg/Nm3, the target emission of NOx is less than or equal to 30mg/Nm3.

Through our domestic senior environmental protection practitioners, alumni of China University of Technology and a team of scientists who have been engaged in exhaust gas treatment research in Silicon Valley for more than 20 years, and a high-tech enterprise jointly founded by well-known Chinese scientific research institutions, composed of doctors and several senior engineers, we combine relevant technologies in the field of environmental protection at home and abroad and the application market, research, produce, and manufacture products and systems with unique competitive advantages. We have studied and designed SCR denitration system suitable for gas generator sets in distributed energy stations.

PLC control is equipped with general fault alarm lamp and touch screen alarm prompt function, which can monitor the operation status of core components, including urea metering pump and nitrogen oxide sensor. The system collects exhaust temperature before and after catalysis, NOx concentration before and after catalysis, O2 concentration before and after catalysis, flue gas flow, urea tank liquid level, calculation of denitration rate, and calculation of converted concentration of NOx emission at the outlet.

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