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Mercury Capture from Petroleum Using Deep Eutectic Solvents
Samah E.E. Warrag
, Evgenii O. Fetisov
, Dannie J.G.P. Van Osch
, David B. Harwood
, Maaike C. Kroon
,
J. Ilja Siepmann
, Cor J. Peters
Chemistry (Twin Cities)
Research output
:
Contribution to journal
›
Article
›
peer-review
27
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Scopus citations
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Keyphrases
Petroleum
100%
Mercury Capture
100%
Deep Eutectic Solvent
100%
Mercury
57%
Choline Chloride-urea
57%
Ionic Liquid
42%
Hydrocarbons
28%
Hydrogen Donor
28%
Hg2+
28%
Extraction Efficiency
28%
Levulinic Acid
28%
Mercury Extraction
28%
Regeneration
14%
Speciation
14%
Solvation
14%
Complex Synthesis
14%
Analysis Support
14%
Geometric Analysis
14%
Polycation
14%
Atmospheric Pressure
14%
Tight
14%
Redox Reaction
14%
Thermal Stability
14%
Potential of Mean Force
14%
Saturated Solution
14%
Molar Ratio
14%
Dodecane
14%
First-principles Molecular Dynamics Simulations
14%
Gasses
14%
Betaine
14%
Elemental Mercury
14%
Liquid Yield
14%
Low Vapor Pressure
14%
Choline Chloride
14%
Mulliken Population Analysis
14%
Yield Extraction
14%
Model Oil
14%
Petroleum Gas
14%
Lower Flammability Limit
14%
Solvent to Feed Ratio
14%
Natural Gas Processing
14%
Designer Solvents
14%
Thermal Density
14%
Major Challenges
14%
Thermal Viscosity
14%
First Coordination Shell
14%
Chemistry
Petroleum
100%
Deep Eutectic Solvent
100%
Choline Chloride
57%
Choline
57%
Ionic Liquid
42%
Hydrocarbon
28%
Urea
28%
First Principle
14%
Solvation
14%
Vapor Pressure
14%
Redox Reactions
14%
Polycationic Polymer
14%
Flammability
14%
Betaine
14%
Petroleum Derivative
14%
Saturated Solution
14%
Elemental Mercury
14%
Natural Gas
14%
Dodecane
14%
Ethylene Glycol
14%
formation
14%
Thermal Stability
14%
Molecular Dynamics Simulation
14%
Hydrogen Bond Donor
14%
Chemical Engineering
Deep Eutectic Solvent
100%
Hydrocarbon
28%
Urea
28%
Glycol
14%
Betaine
14%
Ethylene
14%
Chemical Element
14%
Liquid Yield
14%
Hydrogen
14%
Polycationic Polymer
14%