Hydroprocessing: Hydrotreating& Hydrocracking
Hydroprocessing: Hydrotreating& HydrocrackingChapters 7 & 9Updated: July 12, 2018Copyright 2017 John Jechura NaphthaCrudeOilDesalterAtmospheric DistillationVacuum DistillationGas Separation & StabilizerSolvent DeasphaltingCokingVisbreakingFluidized Catalytic CrackingHydro-crackingNaphthaReformingIs om-erizationSat Gas PlantPolymer-izationAlkylationNaphthaHyd ro-treatingTreating & BlendingCokeFuel GasLPGAviation GasolineAutomotive GasolineSolventsJet FuelsKeroseneSolventsHeating OilsDieselResidualFuel OilsLubricantGreasesWaxesAsphaltsHeavyNa phthaKeroseneDistillateAGOLVGOHVGOVacuum ResiduumCatDistillatesGas Oil Hydro-treatingDAOIsomerateGasAlkylFeedAl kylatePolymerizationNaphthaGasesButanesL PGReformateNaphthaFuel OilBottomsDistillatesDistillateHydro-tre atingCatNaphthaCycle OilsSDABottomsCokerNaphthaHeavyCokerGasO ilLight CokerGas OilSulfurPlantSulfurNaphthaFuel
Olefins saturated –one hydrogen molecule added for each double bond •Olefins prevalent in cracked streams – coker or visbreakernaphtha, catalytic cracker cycle oil, catalytic cracker gasoline Aromatic rings hydrogenated to cycloparaffins (naphthenes) •Severe operation
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