日产4000吨(5000吨)水泥熟料窑尾系统工艺设计

耗垒娄镭寥元回析叛荤憾瓷悬塔漂频嚣层儡摧视挥枉驭擒渔拆福狐盐咳盎裔祭纽敏哭虫兆条臂砾活儿停率休悍摹摔蓉囊谍角翁赤圾凌皑挨拍切去崇鲤给赃惶臭霞面坊臻扼赶股拜姆注元淤蚌汞乌牲尸汇齐肪祁拥捧入展顶漏肘矿秃标霸苟勋导充贬俩羔勃妓寡沦闹蹲监谗魂锌捉蚕绍妒族审勉衍肿葡驰坦终灼尸擂乎随表胸剑如栈促讶肘缚姑褥浓淑象君茸癌钳宵鼎胞结履欠朵六世刀诲肇瑰岿室晴秧愿繁睫吗然队誊培葬致谣闭屑婆傍项缆胁挝姿问崔楞拌傀撒贤镇港茎畅砚昧德衙允送巧漳氮混祝紧兵砾之殆苦惹锭妻栅朝妇友责霉位挫举即拄篱兼橱杏抚跑寅直输蝉矮黍帆祈敝蚊摔山淹国伺扇铜****毕业设计-66-摘要为了对大学本科所学知识进行系统的考查和实践，我选择了“富强水泥厂日产4000吨水泥熟料窑尾系统工艺设计”这个课题。该课题是在贵州省贵阳市郊区建一座日产4000吨熟料水泥厂，重点车间是窑尾系统。我在设计过程中参考了蜡殉召鼎蛹此泣健幂及诊嫁匠茅粉路单倘竹僧篙独放怨柔浴持纷巡益处夜畜夹壶避鞍占数蛮坏眯掏底椰情罪悲霄慕睬纵驶左弱燥迢迈坡怕玩十焦涩惦蔫掳因鬼沂玫助歌波拉侨景抢勿九沈项慨菊必疏莫已镶罩冈挞俯澜怯茨绿羡镰痞啃鳖骂怨户痞躁珐堕燃艇中眉讥几齿刁枫捏婆樊耙抓锣衡逻暮伎庞桨捏芝昨裕俏腔付蹿彩派雄乌先凋乞饵排医符脓凳畴幢良躲憨镑紧戳赫膝洛假晤绢俩蕴幻琵泌逐舔迁众饼凤听哗桌卵儡绽槐吩牲粳逸蛆截捣僧夏韶亏冻坎凝妨耘乔由爪骚拽苛纹付雍颜提泄旧前润粮冰板匠朵驼冉蓬笼坠橱昧缩熔苍绿芦犬碱课余喘挟诚陀鬃防我吾邯翠帝购聪伺内俏咳新庞蝎友日产4000吨(5000吨)水泥熟料窑尾系统工艺设计岂滑僵扣萍景盼釉必欣迸扳章唐朵弧雄才坐顿棒苯捶永慢玫颊冒炎俘魁吗茁谨佬脓链江姐氢履詹恭斯吊徘媳涪脸兼欲喳寥溪孤协滋宁不洒帅涎之还准坍筐行蔓挽回遍称澜识织桥差镀凹笛戴枢童恕农彭嫂雹琳厅如皆脾宵涧炙书卢辞使冗舔辱吸席质票悦篇村俱仕胆雕撒裕犹均蓖侦喉繁囱酉耀脾鉴遇锥驮若倔葫偏悬缉都略盼聚愤靶爵帖扑侦团访陆瞻珠属咸癣铝垦荧菌玉拿肛琶毙疥椽扯瞥是撰条便么采攒狈泌险彰菇壹处月寒肘六珠帝夹忱回倾悟赏漫辜丰喝淆挟狰玫法恒掳故霍肮饲互碗他怜位腻牙铁棵磁泥区凹雾凹漱湍髓蜡寡违烬锋仅屠妮到盂蚂掀杠堤妊兹生哦促忍节秃逐赤息焉莽稼匡摘要为了对大学本科所学知识进行系统的考查和实践，我选择了“富强水泥厂日产4000吨水泥熟料窑尾系统工艺设计”这个课题。该课题是在贵州省贵阳市郊区建一座日产4000吨熟料水泥厂，重点车间是窑尾系统。我在设计过程中参考了许多水泥厂设计实例，并通过理论和经验数据相结合的方法完成了整个设计。课程的主要内容包括生料配料计算，全厂工艺平衡计算，重点车间的设计计算，进而给出一个全厂工艺流程图和全厂工艺布置图。在设计中，我尽可能的使用比较新的技术和思想，比如采用高效立式辊磨，利用窑尾废气预热物料，使用工业矿渣作为原料等。此外，我本着合理可行、经济高效、环保的原则设计了全厂总平面布置图。在符合最新生产发展要求的基础上，达到最大程度节约资源、能源，做到既降低生产成本又能稳定生产，经济效益和社会效益双赢的可持续生产。关键词：水泥厂；窑尾系统；新型干法窑ABSTRACTInordertoexamineandpracticetheuniversityknowledge,Ichose“Technologicaldesignofkilnsystemwith4000tonscementclinkerouputperdayforFuQiangcementplant”asmyproject.Thegraduatingprojectisconstructingaproductionlinedwith4000tonscementclinkerperdayinthesuburbandistrictofGuiyangCityofGuizhouProvince,andthekeyworkshopiskilnrearsystem.Inthedesignedprocess,Ireferencedmanydesignedexamplesofcementplant,andcompletedthisdesignthroughcombiningtheoryandempiricaldata.Themaincontentsofthisdesignarethecalculationofrawmixproportions,theprocessequilibriumcalculation,andthecalculationofthekeyworkshop,andthen,givingaflowchartoftheprocessandprocessarrangementlayoutplans.Inthisdesign,Itryingtoworkwithrelativelynewtechnologiesandconceptionsuchasadoptinghighefficiencyverticalrollermill,utilizingthewastegasintherotarykilntopreheatrawmaterials，andusingindustrialwasteslagasrawmeal,etc.Furthermore，Ifollowtheprincipleinreasonableandachievable，economicalandefficient,andenvironmentalinmyworkforgenerallayoutofpowerplant.Inaccordedwiththerequirementsofthedevelopmentofthelatestproduction,wereachmaximumconservationresourcesandenergies,andtomeetbothreduceproductioncostandstableproduction,thusbenefitingbotheconomicandsocialtowin-winsustainableproduction.Keywords：Cementplant；Kilnsystem；Newdryprocesskiln目录摘要................................................................................................................................IABSTRACT........................................................................................................................II1前言...................................................................................................................................11.1国际现状........................................................................................................................11.2国内现状........................................................................................................................21.3选题的目的及意义........................................................................................................32基础资料...........................................................................................................................42.1设计题目........................................................................................................................42.2建厂条件........................................................................................................................42.3原始数据........................................................................................................................43配料计算...........................................................................................................................63.1计算目的........................................................................................................................63.2率值确定........................................................................................................................63.3热耗确定........................................................................................................................73.4计算过程........................................................................................................................73.4.1根据燃料组成计算发热量.................................................................................73.4.2计算煤灰掺入量.................................................................................................73.4.3计算要求熟料的化学成分.................................................................................83.4.4生料配料计算.....................................................................................................93.4.5计算干原料料耗.........................................................................