首页> 外国专利> DUAL-STEP PROCESS OF INDUSTRIAL ENTERPRISE STACK GAS DECONTAMINATION CONTAINING ELECTRON BEAM IRRADIATION AND TREATMENT BY GAS DISCHARGE

DUAL-STEP PROCESS OF INDUSTRIAL ENTERPRISE STACK GAS DECONTAMINATION CONTAINING ELECTRON BEAM IRRADIATION AND TREATMENT BY GAS DISCHARGE

机译:包含电子束辐照和气体排放处理的工业企业残渣气体净化的双步法

摘要

A system for removing sulfur dioxide (S02) and nitrogen oxides (NOx) from the gases of a gas stream using irradiation of the gases with a particle accelerator in combination with gas discharge. The system treats the gases in a first stage using gas discharge lighted by a first electron beam from a first particle accelerator and in a second stage with a second electron beam from a second particle accelerator. By so lighting the gases between energized electrodes and preliminarily ionizing the gases, a stable, uniform gas discharge is maintained in an ammonia-rich environment at near atmospheric pressure during the first stage, thereby enabling a significant reduction in the amount of sulfur dioxide (S02) present in the gases. By significantly reducing the amount of sulfur dioxide (S02) in the first stage, the energy required to remove a substantial amount of nitrogen oxides (NOx) during the second stage is reduced substantially.
机译:一种通过使用粒子加速器对气体进行辐射并结合气体排放从气体流中除去二氧化硫(SO2)和氮氧化物(NOx)的系统。该系统在第一阶段中使用由来自第一粒子加速器的第一电子束点燃的气体放电来处理气体,并在第二阶段中使用来自第二粒子加速器的第二电子束点燃的气体来处理气体。通过如此在通电电极之间点燃气体并预先使气体电离,在第一步期间,在接近大气压的富氨环境中,稳定,均匀的气体放电得以维持,从而可以显着减少二氧化硫的含量(SO2 )存在于气体中。通过在第一阶段中显着减少二氧化硫(SO 2)的量,在第二阶段中去除大量氮氧化物(NO x)所需的能量被显着降低。

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