Current knowledge and potential applications of cavitation technologies for the petroleum industry
Современные знания и потенциальные применения кавитационных технологий в нефтяной промышленности
2017-12-06
SCID: 54.1/mqpw4wfz
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cavitation technologiesenhanced oil recoveryhydrodynamic cavitationoxidative desulfurizationultrasound cavitation
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Abstract (AI)
Technologies based on cavitation, produced by either ultrasound or hydrodynamic means, are part of growing literature for individual refinery unit processes. In this review, we have explained the mechanism through which these cavitation technologies intensify individual unit processes such as enhanced oil recovery, demulsification of water in oil emulsions during desalting stage, crude oil viscosity reduction, oxidative desulphurisation/demetallization, and crude oil upgrading. Apart from these refinery processes, applications of this technology are also mentioned for other potential crude oil sources such as oil shale and oil sand extraction. The relative advantages and current situation of each application/process at commercial scale is explained.
Key Findings
1
Cavitation supports oxidative desulphurization and demetallization, as well as crude oil upgrading.
2
Cavitation technologies generated by ultrasound or hydrodynamic methods can intensify multiple petroleum and refinery unit processes.
3
Potential applications extend to extracting hydrocarbons from oil shale and oil sands.
4
The review compares the relative advantages and current commercial-scale status of cavitation applications across petroleum processes.
5
The review describes cavitation mechanisms for enhanced oil recovery, water-in-oil demulsification during desalting, and crude oil viscosity reduction.
Research Object
Cavitation technologies applied to petroleum-industry processes and crude-oil sources
Research Subject
Mechanisms, process-intensification effects, applications, advantages, and commercial-scale status across enhanced oil recovery, emulsion demulsification, crude-oil viscosity reduction, oxidative desulphurization/demetallization, crude-oil upgrading, and oil-shale/oil-sand extraction
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2017-12-06
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