简介：Themajorapplicationsofelectricalsteel（ES）sheetsaremotors,transformers,etc.Inrecentyears,theraiseofcrudeoilpriceandincreasingenvironmentalconsciousnesstriggerthedemandsforsavingenergyandreducingCO2emissions,whichgreatlyacceleratethedevelopmentofhighqualityESsheets.Tomeetthequalityrequirementsofhighefficiencymotorsandtransformers,highgradeESsheetswithhighfluxdensityarecontinuouslydevelopedandintroducedtothemarket.Meanwhile,thepricecompetitionandqualityimprovementofgeneralgradesareimportantforthelowerendapplication.Theironlossof50CS1300（50A1300）issignificantlyreducedbycontrollingsomekeyparameters.Otherthanthenormalgrade,thehighestgradesofnonoriented（NO）ESaresuccessfullydevelopedrecently.Andallspecificationsof0.50and0.35mmamongJISC2552specificationcouldbeprovidedbyCSC.Astotheinsulationcoatingdevelopment,theCr-freeinsulationcoatinghasbeenintroducedtothemarketduetotheenvironmentalconcern,andhasbeenenormouslyadoptedinTaiwanmarket.Furthermore,thethickerinsulationcoatingtechnologyhasbeensuccessfullydevelopedforspecificwindpowergeneratorapplication.ThenewlydevelopedproductsandqualityimprovementsofelectricalsteelsheetsinChinaSteelareintroducedinthispaper.

简介：Thispaperbrieflysummarizedthedevelopmenthistory,productcatalogueandmagneticpropertiesofnonorientedelectricalsteelsheetsatBaosteel,aswellasthedevelopmentandapplicationofhigh-value-addedsteelgrades.Recentadvancesinmanufacturingelectricalsteelsheetswerealsointroduced,includingtechnologiesforcontrollinginclusion,forproducinghigh-gradesteelstripsbyatandemrollingmillandforcontrollingthetransversethicknessdifferenceofsteelsheets,andthedevelopmentofenvironmentallyfriendlycoatings.

简介：Thisstudysummarizessomeseriousdisharmoniousproblemsthatubiquitouslyexistinthecastingresiduerecyclingofsteelplants,suchaslargelandoccupation,lowoperationalefficiency,hiddenhazards,hugeresourceandenergyconsumption,seriousenvironmentalpollutionandsoon.Itanalyzesthenecessityoftheon-lineinnovationandrecyclingbasedonthepresentsituationofBaosteel.ItstatestheinnovationofthenewgridtechnologyandtheachievementsofitsintegratedapplicationatBaosteel.ItalsosummarizesandelaboratessomegreentechnologyfeaturesofthetreatmentandtheutilizationoftheBaosteelcastingresidueandthenewgridtechnology,suchassafety,energy-savingandenvironmentalprotection.Inaddition,itlaysouttheprospectsforthedevelopmentandapplicationofthetechnology.

简介：Basedonthecontinuoushot(aluminizing)galvanizinglinesandrelatednon-standardequipmentofMeishanSteel,thispaperpresentsthemaincontentsofsuchintegratedengineeringanddesigningofequipmentforthetwohot-dippedgalvanizinglines,aswellasinnovativetechniquesandtheirfeatures.LedbyColdRollingProjectDepartmentofMeishanSteel,BaosteelEngineeringandTechnologyGroupCo.,Ltd.,workingastheresponsibleunitofthisproject,developskeytechnologiesandintegratesthesystembycombiningtheequipmentdesignanddevelopmentcapacityofBaosteelEngineering,researchanddevelopmentcapacityofResearchInstituteofBaosteel,processproductionandequipmentmaintenanceexperienceofColdRollingPlant,EquipmentDepartmentandManufactureDepartmentofBaosteelCorporation.Coretechnologiesofthetwolinesaredevelopedanddesignedthroughoriginalandintegratedinnovationandinnovationafterdigestion,focusingoneightcoretechniquesinprocessequipment,annealingfurnace,fluidinstallationandEICsystem.Asaresultofintegrationinkeyprocessequipment,industrialfurnaceandEICcontrol,thecoldrollinghotdipped(aluminizing)galvanizinglinestakeonanewlookandreachanannualcapacityof200000tgalvanizedproductsand250000tgalvanizedaluminiumbasestripsrespectively.Thesetwoworldadvancedlinesareabletoproducehot-dippedgalvanizingproductswithhighqualitysurfaceandfineshape,suchashouseholdapplianceboardandseniorconstructionboard.Asaresult,theprocessandequipmenttechnologyofthelineshaveformeddomesticintellectualproperty.Thus,thetechnologyhasreferencevalueforself-integrationandequipmenttechnologyinnovationofsimilarlines.

简介：Thefirstdomestically-integratedlarge-scaleairseparationunit(ASU)withacapacityof60000m3/hwassuccessfullybuiltandputintooperationatBaosteel.Comparedwiththeelectricaldesignoftheimportedequipmentofthesametype,thisASUhasanelectricalprotectioninterlinkthatisindependentfromthedistributioncontrolsystem(DCS).Withthedesignideaofsimplicity,theASUfeaturesasimplifiedconfigurationandanaudioalarmsystemforelectricalfailures.Ithelpsreducethefailurerateoftheelectricalequipmentanddetectfailuresquicklyandaccurately.Itwilleffectivelyenhancesafeandstabilizedproduction.TheASUcannotonlyreducethecostofinvestment,butalsoensureasmoothandstablerunningofthewholeelectricalequipment.Thisstudyfocusesontheexperienceandunderstandingoftheunitdesignandcommissioning.