石油化工应用
石油化工應用
석유화공응용
PETROCHEMICAL INDUSTRY APPLICATION
2012年
5期
55-58
,共4页
张玉龙%张炳宏%陈世功
張玉龍%張炳宏%陳世功
장옥룡%장병굉%진세공
定电位电解法%活化炉%二氧化硫%物料衡算法%红外法
定電位電解法%活化爐%二氧化硫%物料衡算法%紅外法
정전위전해법%활화로%이양화류%물료형산법%홍외법
fix -potential electrolysis method%activation furnace%sulfur dioxide%method ofbalanced calculation between materials and products%infrared method
定电位电解法用于煤质活性炭活化炉烟气二氧化硫测试时，其结果与物料衡算法和红外法获得的结果之间存在显著性差异。活化炉烟气中普遍的高一氧化碳浓度可能是造成定电位电解法测试结果偏高的重要因素。
定電位電解法用于煤質活性炭活化爐煙氣二氧化硫測試時，其結果與物料衡算法和紅外法穫得的結果之間存在顯著性差異。活化爐煙氣中普遍的高一氧化碳濃度可能是造成定電位電解法測試結果偏高的重要因素。
정전위전해법용우매질활성탄활화로연기이양화류측시시，기결과여물료형산법화홍외법획득적결과지간존재현저성차이。활화로연기중보편적고일양화탄농도가능시조성정전위전해법측시결과편고적중요인소。
Sulfur dioxide （S02）emissions levels from flue gas activation furnace of the coal- based activated carbon detected by fix-potential electrolysis method show a significant differ- ence from that of method of balanced calculation between materials and products and the infrared method. The high concentration of carbon monoxide （CO）in the activation furnace flue gas may be an important factor that caused the high results detected by Fix-potential electrolysis method.
