Petroleum Science and Technology · 2017 · 17 citations · 6 references
EngineeringChemical EngineeringPetroleum EngineeringCatalysisOffshore Petroleum EngineeringReaction EngineeringCatalyst DesignCatalytic MaterialsCatalytic Reaction EngineeringChemical Enhanced Oil RecoveryHeavy Oil UpgradingSupported CatalystsCatalyst MechanismsCatalyst OptimizationCatalytic UpgradingExtra-heavy Oil RecoveryHeavy Oil ConversionHeavy Oil Viscosity ReductionViscosity Of Crude OilViscosity Reduction Mechanisms
Heavy or extra-heavy crude oil has difficulty in transportation, especially for off shore. Catalytic upgrade treatment with iron oil-soluble catalyst (FASFe) was used in this paper to reduce crude oil's viscosity and meet the transport demand. After optimization of reaction conditions and without hydrogen donor added, both NB35-2B43 (from Bohai offshore oilfield) and LD16-1-3 (from Liaohe oilfield) reduced their viscosities from 2,167 mPa·s and 20,600 mPa·s to 279 mPa·s and 396 mPa·s, respectively. With determinations of analyzation, it was proved that FASFe catalyst can effectively upgrade the heavy oil. Meanwhile, the mechanism of upgrading was also investigated.
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Active carbon catalyst for heavy oil upgrading
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