A critical review of the development and demulsification processes applied for oil recovery from oil in water emulsions

A critical review of the development and demulsification processes applied for oil recovery from oil in water emulsions

The formation of stable emulsions is a fundamental problem in oil industry that can result in a sequence of environmental and operational problems. Chemical demulsification is extensively applied for the recovery of oil from water as well as water from oil. This review introduces different chemical...

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Published in:Chemosphere (Oxford) Vol. 291; no. Pt 3; p. 133099
Main Authors: Faisal, Wamda, Almomani, Fares
Format: Journal Article
Language:English
Published: England Elsevier Ltd 01-03-2022
Subjects:
Chemical demulsification
Emulsions
Hyperbranched polymers
Ionic Liquids
Magnetic nanoparticles
Oil in water (O/W) emulsion
Silicon Dioxide
Surface-Active Agents
Water
Chemical demulsification
Ionic liquids
Oil in water (O/W) emulsion
Magnetic nanoparticles
Hyperbranched polymers
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Abstract The formation of stable emulsions is a fundamental problem in oil industry that can result in a sequence of environmental and operational problems. Chemical demulsification is extensively applied for the recovery of oil from water as well as water from oil. This review introduces different chemical demulsifiers applied for the demulsification and recovery of oil from oil in water (O/W) emulsions. Main types of surfactants (anionic, cationic, nonionics and amphoteric) involved in the formation of emulsions and enhances their stability were discussed. Promising demulsifiers such as nanoparticle (NP), hyperbranched polymers, and ionic liquids (IL), which achieved high oil recovery rate, parameters influencing demulsification efficiency and demulsification mechanisms were explored. Lastly, improvements, challenges, and new changes being made to chemical demulsifiers were underlined. Functionalized magnetic nanoparticles and hyperbranched polymers were very effective in recovering oil from O/W emulsions with an efficiency >95%. Polymers with highly hydrophilic content and high molecular weight can achieve excellent oil recovery rates due to higher interfacial activity, higher dispersion, and presence of specific functional groups. Although ionic liquids could achieve oil recovery up to 90%, high cost limits their applications. NPs showed excellent oil recovery behavior at low concentrations and ambient temperature. Demulsification efficiency of NPs can be enhanced by functionalize with other components (e.g., polymers and surfactants), while service life can be extend by silica coating. Future challenges include scaling up the use of NPs in oil recovery process and highlighting contrasts between lab-scale and field-scale applications. [Display omitted] •Oil in Water (O/W) emulsions formation, types, and stabilization were presented.•An overview about the oil recovery process from O/W emulsions was discussed.•The mechanism of oil recovery process using demulsifcation methods was reviewed.•Chemical demulsifier showed promising results in recovering oil from O/W emulsions.•Knowledge gaps and future research perspectives of chemical demulsification methods were discussed.
AbstractList The formation of stable emulsions is a fundamental problem in oil industry that can result in a sequence of environmental and operational problems. Chemical demulsification is extensively applied for the recovery of oil from water as well as water from oil. This review introduces different chemical demulsifiers applied for the demulsification and recovery of oil from oil in water (O/W) emulsions. Main types of surfactants (anionic, cationic, nonionics and amphoteric) involved in the formation of emulsions and enhances their stability were discussed. Promising demulsifiers such as nanoparticle (NP), hyperbranched polymers, and ionic liquids (IL), which achieved high oil recovery rate, parameters influencing demulsification efficiency and demulsification mechanisms were explored. Lastly, improvements, challenges, and new changes being made to chemical demulsifiers were underlined. Functionalized magnetic nanoparticles and hyperbranched polymers were very effective in recovering oil from O/W emulsions with an efficiency >95%. Polymers with highly hydrophilic content and high molecular weight can achieve excellent oil recovery rates due to higher interfacial activity, higher dispersion, and presence of specific functional groups. Although ionic liquids could achieve oil recovery up to 90%, high cost limits their applications. NPs showed excellent oil recovery behavior at low concentrations and ambient temperature. Demulsification efficiency of NPs can be enhanced by functionalize with other components (e.g., polymers and surfactants), while service life can be extend by silica coating. Future challenges include scaling up the use of NPs in oil recovery process and highlighting contrasts between lab-scale and field-scale applications. [Display omitted] •Oil in Water (O/W) emulsions formation, types, and stabilization were presented.•An overview about the oil recovery process from O/W emulsions was discussed.•The mechanism of oil recovery process using demulsifcation methods was reviewed.•Chemical demulsifier showed promising results in recovering oil from O/W emulsions.•Knowledge gaps and future research perspectives of chemical demulsification methods were discussed.
The formation of stable emulsions is a fundamental problem in oil industry that can result in a sequence of environmental and operational problems. Chemical demulsification is extensively applied for the recovery of oil from water as well as water from oil. This review introduces different chemical demulsifiers applied for the demulsification and recovery of oil from oil in water (O/W) emulsions. Main types of surfactants (anionic, cationic, nonionics and amphoteric) involved in the formation of emulsions and enhances their stability were discussed. Promising demulsifiers such as nanoparticle (NP), hyperbranched polymers, and ionic liquids (IL), which achieved high oil recovery rate, parameters influencing demulsification efficiency and demulsification mechanisms were explored. Lastly, improvements, challenges, and new changes being made to chemical demulsifiers were underlined. Functionalized magnetic nanoparticles and hyperbranched polymers were very effective in recovering oil from O/W emulsions with an efficiency >95%. Polymers with highly hydrophilic content and high molecular weight can achieve excellent oil recovery rates due to higher interfacial activity, higher dispersion, and presence of specific functional groups. Although ionic liquids could achieve oil recovery up to 90%, high cost limits their applications. NPs showed excellent oil recovery behavior at low concentrations and ambient temperature. Demulsification efficiency of NPs can be enhanced by functionalize with other components (e.g., polymers and surfactants), while service life can be extend by silica coating. Future challenges include scaling up the use of NPs in oil recovery process and highlighting contrasts between lab-scale and field-scale applications.
ArticleNumber 133099
Author Faisal, Wamda
Almomani, Fares
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  surname: Almomani
  fullname: Almomani, Fares
  email: falmomani@qu.edu.qa
BackLink https://www.ncbi.nlm.nih.gov/pubmed/34848221$$D View this record in MEDLINE/PubMed
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Keywords Chemical demulsification
Ionic liquids
Oil in water (O/W) emulsion
Magnetic nanoparticles
Hyperbranched polymers
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Snippet The formation of stable emulsions is a fundamental problem in oil industry that can result in a sequence of environmental and operational problems. Chemical...
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SubjectTerms Chemical demulsification
Emulsions
Hyperbranched polymers
Ionic Liquids
Magnetic nanoparticles
Oil in water (O/W) emulsion
Silicon Dioxide
Surface-Active Agents
Water
Title A critical review of the development and demulsification processes applied for oil recovery from oil in water emulsions
URI https://dx.doi.org/10.1016/j.chemosphere.2021.133099
https://www.ncbi.nlm.nih.gov/pubmed/34848221
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