New ultra-low emission circulating fluidized bed boiler technology helps "Sifang" develop
our company and the Institute of Engineering Thermophysics, Chinese Academy of Sciences to achieve in-depth cooperation

 The picture shows the venue of the technical disclosure meeting

 The picture shows the venue of the technical disclosure meeting

       last year 8On March 1st 1, relevant leaders and experts from the Institute of Engineering Thermophysics of the Chinese Academy of Sciences visited our company for inspection and guidance, which further promoted professional cooperation and exchanges.This in-depth cooperation with the Chinese Academy of Sciences mainly uses its advanced low-nitrogen technology to reduce the original NOx emission of Class II bituminous coal to less than without changing the combustion efficiency of the boiler 100 mg/m3 .Usually, when the technology of the Chinese Academy of Sciences is not used, the emission is generally more than 200 mg/m3 .Compared with the traditional circulating fluidized bed, SCR equipment is not required, and only SNCR equipment is required to achieve ultra-low NOx emission requirements ( 50mg/m3 ), which not only saves users a lot of initial investment, but also greatly reduces the normal operation. maintenance costs.

  The picture shows the group photo of Chairman Duan (middle) and other experts from the Chinese Academy of Sciences 

   The technology of the Institute of Engineering Thermophysics of the Chinese Academy of Sciences is leading domestically.Through this technical cooperation, our company will effectively apply to the CFB boiler project, actively create model projects, enhance product competitiveness, and strive to expand such market share.

      At the technical disclosure and exchange meeting, experts from the Chinese Academy of Sciences gave enthusiastic guidance, carefully disclosed and communicated with representatives of our company's R&D team.The two parties said that through this cooperation, they will complement each other's advantages, and will promote NOx the transformation and research of new ultra-low NOx emissions, making new contributions to the development of ultra-low .emissions technology applications