文中重点介绍起高压脉冲活化一次全部分解ＳＯ地、ＮＯｘ、ＣＯ２及同时除掉烟尘技术。应用超高压窄脉冲使反应器内有害气体全部成为活化分子，在定向作用下分解成无害的单一原子组成的气体分子Ｎ２、Ｏ０及单质微粒Ｃ、Ｓ。在１８０℃常压条件下，在以Ｎｉ为母体Ｂ种催化剂作用下，活化能大幅度降低，分解率均在７５％～９０％。是治理烟气污染的理想、高效、低成本的新技术。 The article focuses on the high-pressure pulse activation once all the decomposition of SO, NOx, CO2 and remove smoke and dust at the same time. The ultra-high pressure narrow pulse is used to make the harmful gases in the reactor all become activated molecules and decompose into harmless single-atom gas molecules N2, O0 and elemental particles C, S under the action of orientation. Under the condition of 180°C atmospheric pressure, under the action of Ni as the parent B catalyst, the activation energy is greatly reduced, and the decomposition rate is between 75% and 90%. It is an ideal, efficient and low-cost new technology to control smoke pollution.