东北电力大学学报
東北電力大學學報
동북전력대학학보
Journal of Northeast Dianli University (Natural Science Edition)
2015年
5期
11-16
,共6页
孙墨杰%李治宽%郑胜%王世杰%张月%姚杰
孫墨傑%李治寬%鄭勝%王世傑%張月%姚傑
손묵걸%리치관%정성%왕세걸%장월%요걸
络合吸收%好氧反硝化菌%氮氧化物%烟气脱硝
絡閤吸收%好氧反硝化菌%氮氧化物%煙氣脫硝
락합흡수%호양반초화균%담양화물%연기탈초
Complexing absorption%Aerobic denitrification%Nitrogen oxide( NOx)%Flue-gas De-NOx
氮氧化物( NOX )是一种严重危害人体健康和破坏生态平衡的大气污染物。目前能源消耗急剧上升导致NOX 排放量日益增多,找到一种有效控制NOX 的方法已刻不容缓。论文主要在现有的好氧反硝化菌处理模拟烟气中NOX 的实验技术基础上,加入Fe(Ⅱ) EDTA吸收液,研究络合吸收结合生物还原法协同脱氮的效果。
氮氧化物( NOX )是一種嚴重危害人體健康和破壞生態平衡的大氣汙染物。目前能源消耗急劇上升導緻NOX 排放量日益增多,找到一種有效控製NOX 的方法已刻不容緩。論文主要在現有的好氧反硝化菌處理模擬煙氣中NOX 的實驗技術基礎上,加入Fe(Ⅱ) EDTA吸收液,研究絡閤吸收結閤生物還原法協同脫氮的效果。
담양화물( NOX )시일충엄중위해인체건강화파배생태평형적대기오염물。목전능원소모급극상승도치NOX 배방량일익증다,조도일충유효공제NOX 적방법이각불용완。논문주요재현유적호양반초화균처리모의연기중NOX 적실험기술기출상,가입Fe(Ⅱ) EDTA흡수액,연구락합흡수결합생물환원법협동탈담적효과。
Nitric oxide ( NOx ) was a kind of the atmospheric pollutants which seriously damaged to human body health and destroyed the ecological balance. Currently,energy consumption increasing sharply led to that the emissions of nitrogen oxide were increasing. Therefore, it was urgent to find an effective way to control NOx. This thesis mainly added Fe(Ⅱ) EDTA absorb liquid to experiments,in which the existing aerobic deni-trifying bacteria process could de-NOx in flue gas,studying the effect of complexing absorption combined with biological reduction.