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设计年产炼钢生铁480万吨、铸造生铁40万吨的炼铁车间设计作者姓名：XXX指导教师：XXX教授/副教授/讲师单位名称：东北大学冶金学院专业名称：冶金工程东北大学2016年6月IronmakingPlantDesigningWithanAnnualOutputof4.8MillionTonsofPigIronforSteelmakingand0.4MillionTonsPigIronforCastingbyXXXSupervisor:ProfessorXXXNortheasternUniversityJune2016毕业设计（论文）任务书毕业设计（论文）题目：设计(论文)的基本内容：毕业设计（论文）专题部分：题目：设计或论文专题的基本内容：学生接受毕业设计（论文）题目日期第周指导教师签字：年月日东北大学毕业设计（论文）摘要-I-摘要我国钢铁产量已连续多年位居世界第一，而高炉炼铁又是钢铁联合企业中极其重要的一环。为了响应现代化工业的要求，高炉炼铁设计必须积极推行可持续发展和循环经济理念，提高环境保护和资源综合利用水平，那么我们的设计就必须要全面贯彻“高效、优质、低耗、长寿、环保”的炼铁方针。因此，本设计在延续经典传统工艺方法的同时，积极采用国内先进的生产工艺和设备以达到高炉炼铁的新要求。本设计主要的任务是：设计一座年产480万吨制钢生铁和40万吨铸造生铁的炼铁厂。根据国内外大型高炉先进生产技术指标，确定的主要技术经济指标：利用系数2.3，焦比315kg，煤比180kg，热风温度1200℃，富氧3%。炼铁厂设计主体包括两座33003的高炉，以及每座高炉对应的四座新日铁外燃式热风炉，一座重力除尘器及其它附属设备。在设计上，采用国内外先进技术，如高风温，喷吹煤粉，干法除尘，环形出铁场等。另外，在炉前设置了除烟罩和其他除尘设备，在噪音大的地方安装消音器，以改善炼铁厂的环境，减少对环境的污染。本设计预计可实现高产、优质、低耗、长寿和环保的综合目标。本说明书分为两个部分：第一部分，高炉车间设计；第二部分，翻译。第一部分分为10章，内容包括高炉冶炼综合计算、高炉本体设计、高炉车间原料系统、炉顶装料设备、送风系统、高炉煤气系统、渣铁处理系统、高炉喷吹燃料系统、高炉平面布置、环境保护。关键词要求3-6个。摘要页要求中、英文两种，英文是对中文的翻译，中文摘要一般不少于400字。（打印方式：摘要前三页（无页码）均采用单页输出，摘要页之后（有页码）采用正反面输出）………………东北大学毕业设计（论文）摘要-II-………………………………………………………………………………………………关键词：高炉，智能化，自动化，炼铁厂东北大学毕业设计（论文）Abstract-III-AbstractChinahasbeentheworld'sleadingproducerofsteelproductionformanyyears,andblastfurnaceironmakingisaveryimportantpartoftheintegratedironandsteelenterprises.Inresponsetotherequirementsofmodernindustry,thedesignofblastfurnaceironmakingmustactivelypromotetheconceptofsustainabledevelopmentandrecyclingeconomy,improveenvironmentalprotectionandthelevelofcomprehensiveutilizationofresources,sowedesignmustfullyimplementtheironmakingpolicyofefficient,highquality,lowconsumption,longlife,environmentalprotection.Therefore,thisdesignmustfollowtheclassictraditionalprocessmethod,atthesametime,activelyadoptadvancedproductiontechnologyandequipmentinordertoachievethenewdemandoftheblastfurnaceironmaking.Themaintaskistodesignasystemofannualoutputof4.8milliontonsofpigironforsteelmakingand0.4milliontonspigironforcasting.Accordingtotheadvancedproductiontechnologyindicatorsoflargeblastfurnacesathomeandabroad,themaintechnicalandeconomicindexesasfollows:utilizationcoefficientis2.3,cokerateis315kg,coalrateis180kg,hotblasttemperatureis1200℃,oxygen-enrichedis3%.Themajordesignequipmentofironmakingplantincludestwo3300m3blastfurnace,andfourexternalcombustionhotstovesofNipponsteel,onegravitatedustfilterandotherancillaryequipmentcorrespondingtoeachblastfurnace.Adoptadvancedtechnologyofhomeandabroadindesignprocess,suchashighblasttemperature,pulverizedcoalinjection,drydust,ringcasthouse,etc.Inaddition,buildsmokehoodandotherdustremovalequipmentinfrontofthefurnace,installsilencersinnoisyplace,whichcanbeimprovetheenvironmentandreducethepollution.Thisdesignisexpectedtoachievethecomprehensivegoalofhighproduction,highquality,lowconsumption,longlife,andenvironmentalprotection.Thismanualisdividedintotwoparts:thefirstpart,theblastfurnaceworkshopdesign;thesecondpart,translation.Thefirstpartisdividedinto10chapters,thecontentincludingcomprehensivecalculation,designofblastfurnace,rawmaterialsystem,topchargingequipment,airsupplysystem(blastsystem),blastfurnacegassystem,slag-ironmanagementsystem,injectionfuelsystem,blastfurnacelayout,andenvironmentalprotection.……东北大学毕业设计（论文）Abstract-IV-………………………………Keywords:Blastfurnace,intelligence，automatic，ironmakingplant东北大学毕业设计（论文）目录-V-目录摘要..............................................................................................IABSTRACT..................................................................................III第1章标题一（章）...................................................................11.1标题二（节）........................................................................................11.1.1标题三（条）................................................................................................11.2标题二（节）........................................................................................21.2.1标题三（条）................................................................................................21.2.2标题三（条）................................................................................................2第2章标题一（章）...................................................................52.1标题二（节）........................................................................................52.1.1标题三（条）................................................................................................5第3章标题一（章）...................................................................73.1标题二（节）........................................................................................73.1.1标题三（条）................................................................................................7第4章标题一（章）...................................................................94.1标题二（节）........................................................................................94.1.1标题三（条）................................................................................................9第N章结论........................................................