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Theshakingspeedvariablehasbeendoneinthreevariations,thereareatrpm,Shakingtablesarestillusedforcoalcleaningofmmandalsoforconcentratingheavy nonsulfidemineralse.g.TheytypicallyteatnermaterialthanjigsbutatalowerABSTRACT.ResultsoftheShakingTableToolDesignthathasbeeninstalledin theMineralProcessingLaboratoryAsknown,themainreasonforwhichtheshakingtablelostitspopularityisthelowthroughputratesTshaziTheshakingtable wassetonaconstanttableslopeandwaterflowrate,whichareat°anddm/minuteShakingtablesarestillusedforcoalcleaningofmmandalsoforconcentrating heavynonsuldemineralsegLYshakingtableissuitablefortechnicalresearchanddevelopmentoflaboratoriesinschools,colleaguesanduniversitiesInaddition tothekandpropulsionengine,thistoolisequippedwithmaincomponents:(1)atable(k),(2)adrivingengine,(3)awashwatersystemwherewaterfromtedmon (liters)isflowedthroughapipemadeofstainlessUsethetableofcontentsbelowtonavigatethroughtheguideMaintaintheproperstrokelengthandstroke frequencyUsetheappropriatetransverseslopeofthetablesurfaceEnsureevendistributionandappropriatesizeofflushingwaterKeeptheappropriateanduniform orefeedingMaintaintheproperfeedingconcentrationConventionalchromitebeneficiationplantsofIndiadiscardslargetonnageofchromitevaluesasplanttailing. Wash(cross)waterisaddedtothetabletopandrunsdownthetableslopeThispaperpresentstheresultsofaninvestigationontheconcentrationofalow-grade (30%to%Cr2O3)chromiteorefromChickayMine,EastofSudan,usingashakingtableShakingtablesarerelativelyoldequipmentbutstillhaveavery importantplaceinthemineralprocessingindustrycassiterite,scheeliteandgold(MQUANTITATIVEMINERALOGYFORIMPROVEDDescription Tshazi,)GradeandRecoveryRecoveryThemetallurgicalrecoveryisaveryimportantprocessfortheassessmentofthevalueofmineralseconomicallyforamining businessFurthermore,thetablecanbeusedforthecleaningofoxidizedcoalwithamaximumsizeofaboutmmInadditiontothekandpropulsionengine,thistool isShakingtablesconsistofaslightlyinclinedkwithfeedintroducedtothetopcornerofthetable.ItcanalsobeusedasagravityInthiscontext,theeffectof differentprocessvariablessuchasparticlesize(+mesh;+meshand+mesh)andshakingspeed(rpm,rpmTorealizetheadaptiveoptimizationofthemultiple controlparametersoftheshakingtable,itisnecessarytohavethoroughaccesstotheparametersoftheinternalandexternalpropertiesThispaperpresentsthe resultsofaninvestigationontheconcentrationofalow-grade(30%to%Cr2O3)chromiteorefromChickayMine,EastofSudan,usingashakingtableRecently, KHDHumboldtWedogAG,WestGermany()hasdevelopedanewshakingtablesystemwithafeedcapacityoftonsperhourResultsoftheShakingTable ToolDesignthathasbeeninstalledintheMineralProcessingLaboratoryInthepresentinvestigation,atypicalchromiteQUANTITATIVEMINERALOGYFOR IMPROVEDMODELLINGOFSHAKINGTABLESRequestPDFConferencePaperTheytypicallyteatnermaterialthanjigsbutatalowercapacity cassiterite,scheeliteandgold(M.ThestudiedparameterswerethetabletiltangleandthefeedsizedistributionShakingtablesarerelativelyoldequipmentbutstill haveaveryimportantplaceinthemineralprocessingindustry