OALib Journal期刊
ISSN: 2333-9721
费用:99美元
|
|
|
湿法脱硫吸收塔浆液起泡的影响因素
, PP. 121-124
Keywords: 烟气,湿法脱硫,脱硫装置,吸收塔,浆液起泡
Abstract:
在石灰石-石膏湿法烟气脱硫工艺中普遍存在吸收塔浆液起泡现象,影响了脱硫系统的稳定运行。根据吸收塔浆液泡沫的生成机理,分析了可能引起吸收塔起泡的原因,并对某电厂脱硫装置进行了长期跟踪试验,找出了引起吸收塔浆液起泡的影响因素,并提出了相应的应对措施。
References
[1] | 邢长城,孙也,毕永刚.吸收塔溢流现象产生的原因及其控制措施[j].环境工程,2010,28(1):65-67.xingchangcheng,sunye,biyonggang.analysisoftheserifluxoverflowinabsorberareaoffgdanditscontrolmeasures[j].environmentalengineering,2010,28(1):65-67.
|
[2] | 和志强,田雁冰,沈建军,等.石灰石-石膏法中浆液起泡研究[j].电力环境保护,2008,24(4):11-13.hezhiqiang,tianyanbing,shenjianjun,etal.thestudyofserifluxfoaminginlimestone-gypsumdesulfurizationtechnology[j].electricpowerenvironmentalprotection,2008,24(4):11-13.
|
[3] | 毛文利,李辉,陈彪.燃煤发电机组脱硫塔浆液起泡问题分析及应对措施[j].浙江电力,2014(5):48-51.maowenli,lihui,chenbiao.analysisandcountermeasuresofserifluxfoamingindesulfurationtowerofcoal-firedgeneratingunits[j].zhengjiangelectricpower,2014(5):48-51.
|
[4] | 沈峥,钟智坤.表征湿法脱硫浆液起泡特性指标的研究[j].资源节约与环保,2014(4):15-16.shenzheng,zhongzhikun.astudyonslurrybubblesfeaturesindexofwetlimestone-gypsumfluegasdesulfurizationsystem[j].resourceseconomization&environment,2014(4):15-16.
|
[5] | 任文辉,林智群,彭道林.液体表面张力系数与温度和浓度的关系[j].湖南农业大学学报(自然科学版),2004,30(1):77-79.renwenhui,linzhiqun,pengdaolin.ontherelationshipbetweentheliquidsurfacetensionandthetemperatureandtheconcentration[j].journalofhunanagriculturaluniversity(naturalsciences),2004,30(1):77-79.
|
[6] | 聂鹏飞,边东升,王洋,等.600mw机组湿法脱硫吸收塔溢流原因分析及对策[j].电力科技与环保,2011,27(6):21-23.niepengfei,biandongsheng,wangyang,etal.analysisofcauseandcountermeasureofabsorberoverflowinginwfgdfor600mwunits[j].electricpowerenvironmentalprotection,2011,27(6):21-23.
|
[7] | 牛拥军,杨程.湿法脱硫无旁路运行的问题及应对措施[j].热力发电,2011,40(5):96-59.niuyongjun,yangcheng.problemsoccurredinoperationofwetfgdwithoutby-passandcountermeasuresthereof[j].thermalpowergeneration,2011,40(5):96-59.
|
[8] | 吕宏骏.石灰石/石灰-石膏湿法脱硫浆液溢流问题研究[j].电力环境保护,2009,25(6):22-24.lvhongjun.studyonslurryoverflowingoflimestone-gypsumwetfluegasdesulfurizationsystem[j].electricpowerenvironmentalprotection,2009,25(6):22-24.
|
[9] | 顾圣秋,俞利强.石灰石-石膏湿法脱硫中吸收塔浆液泡沫过多问题探讨[j].上海电气技术,2010,3(4):27-34.gushengqiu,yuliqiang.researchonexcessiveslurrybubbleofabsorptiontoweronlimestone-gypsumdesulfurization[j].journalofshanghaielectrictechnology,2010,3(4):27-34.
|
[10] | 祝志峰,乔志勇.浆液起泡的起因与消除[j].纺织学报,2006,27(7):86-89.zhuzhifeng,qiaozhiyong.causesandeliminationofthefoamswithinsizingpastes[j].journaloftextileresearch,2006,27(7):86-89.
|
[11] | 邹利宏,方云,吕栓锁.阴-阳离子表面活性剂复配研究与应用[j].日用化学工业,2001,31(5):37-40.zoulihong,fangyun,lvshuansuo.mixingbehaviorsandapplicationofanionic-cationicsurfactants[j].chinasurfactantdetergent&cosmetics,2001,31(5):37-40.
|
[12] | 李艳琴,张宏剑.不同种类杂质对液体表面张力系数的影响[j].实验室研究与探索,2013,32(4):43-46.liyanqin,zhanghongjian.effectontheliquidsurfacetensioncoefficientofdifferenttypesofimpurity[j].researchandexplorationinlaboratory,2013,32(4):43-46.
|
[13] | 邹向群.吸收塔浆液起泡原因分析及消泡剂的选择[j].电力科技与环保,2012,28(4):41-42.zouxiangqun.discussiononabsorberfoamingphenomenonandantifoamingagentchoice[j].electricpowerenvironmentalprotection,2012,28(4):41-42.
|
[14] | 王国微,许建斌,李晓彬.吸收塔浆液溢流原因分析及处理措施[j].河北电力技术,2011,30(6):51-54.wangguowei,xujangbin,lixiaobin.causeanalysisandtreatmentmeasuresonabsorberslurryoverflow[j].hebeielectricpower,2011,30(6):51-54.
|
[15] | 冯恩民,朝格其乐图.火电厂脱硫系统浆液起泡原因分析及治理[j].内蒙古电力技术,2012,30(1):84-92.fengenmin,chaogeqiletu.causeanalysisanditstreatmentonserumfrothinginpowerplantdesulphurizationsystem[j].innermongoliaelectricpower,2012,30(1):84-92.
|
[16] | 程永新.fgd系统中吸收塔浆液起泡溢流的原因分析及解决办法[j].电力科技与环保,2011,27(1):35-37.chengyongxin.analysisofcausesandsolutionsofabsorberserifluxfoamingoverflow[j].electricpowertechnologyandenvironmentalprotection,2011,27(1):35-37.
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|