微波诱导催化还原脱硫脱硝实验研究KDH【期刊文献】

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微波诱导催化还原脱硫脱硝实验研究
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; e! E* u8 v# a' ^; |马双忱，赵毅，马宵颖，郭天祥，刘皓磊，姚为方
' G4 G; Q9 T0 q/ u* |2 r（华北电力大学环境学院，河北省保定市071003）
Experimental Study on Microwave Induced Catalyzed Reduction
for Desulfurization and Denitrification
MA Shuang-chen,ZHAO Yi,MA Xiao-ying,GUO Tian-xiang,LIU Hao-lei,YAO Wei-fang
(School of Environmental Science and Engineering,North China Electric Power University，Baoding 071003,Hebei Province,China)
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, e% I. p; Z  n- RABSTRACT：Experimental study on microwave induced
catalyzed reduction(MW ICR)for desulfurization and
8 ?% S. ^; n, Q' P  ^' Vdenitrification was carried out according to the status of flue gas
control in our country.The Ability of simultaneous removal of
SO2 and NOX is possessed with the method.Microwave
' R3 ]  E* S1 z% ^6 o0 X: A: t+ Tgenerator and activated carbon were used to study
desulfurization and denitrification from simulated flue gas,96
percent of NO and SO2 were decomposed to environmental
benign N2 and valuable pure sulfur by this technique.The
effects of some main reaction factors on removal efficiency
- D' m# w  k: ^, {& R' owere analyzed by the method of orthogonal test.
" p7 h, r) j1 @" {KEY WORDS：thermal power engineering;desulfurization;
denitrification;activated carbon;microwave;induced catalyzed
/ ~0 l% m' b0 N2 u! @7 k; yreduction;experimental study
摘要：针对我国电厂烟气治理的现状，进行了微波诱导催化
还原脱硫、脱硝实验研究。该方法具有同时脱除烟气中污染
物二氧化硫、氮氧化物的能力。利用微波装置和活性炭研究
了模拟烟气同时脱硫脱硝，利用此技术可以将96%的一氧化
氮和二氧化硫一步分解为环境友好的氮气和可以回收的有
价值的单质硫。利用正交实验设计，对一些主要反应参数对
脱硫脱硝的影响进行了分析。
2 k9 t+ P" m$ E! S% E" U7 Q关键词：热能动力工程；脱硫；脱硝；活性炭；微波；诱导
4 e" e9 f( F0 I) m  N催化还原；实验研究