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Glycols Partitioning At High Pressures In Gas Processing Systems
Rhoderick William Burgass
,
Antonin Chapoy
, Alastair Laird Reid
,
Bahman Tohidi Kalorazi
School of Energy, Geoscience, Infrastructure and Society
Research output
:
Contribution to conference
›
Paper
722
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Dive into the research topics of 'Glycols Partitioning At High Pressures In Gas Processing Systems'. Together they form a unique fingerprint.
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Engineering
Gas Processing
100%
Processing System
100%
Glycol Solution
100%
Gas-Phase
50%
Prevent Hydrate Formation
50%
Diode Laser Absorption Spectroscopy
50%
Wellhead
50%
Natural Gas Stream
50%
Gas Chromatography
50%
Methane
50%
Gas Streams
50%
Aqueous Solution
50%
Equations of State
50%
Biochemistry, Genetics and Molecular Biology
Absorption
100%
Solution and Solubility
100%
Diode Laser
100%
Vapor Pressure
100%
Desorption
100%
Aqueous Solution
100%
Water Content
100%
Gas Chromatography
100%
INIS
gases
100%
high pressure
100%
processing
100%
glycols
100%
water
33%
solubility
33%
streams
16%
detection
8%
data
8%
information
8%
distribution
8%
solutions
8%
concentration
8%
units
8%
hydrates
8%
range
8%
industry
8%
methane
8%
thermodynamics
8%
lasers
8%
aqueous solutions
8%
sensors
8%
vapor pressure
8%
gas chromatography
8%
absorption spectroscopy
8%
equations of state
8%
natural gas
8%
water content
8%
dehydration
8%
desorption
8%
Material Science
Desorption
100%
Natural Gas
100%
Semiconductor Laser
100%
Absorption Spectroscopy
100%
Gas Chromatography
100%
Chemical Engineering
Gas Streams
100%
Thermal Desorption
50%
Water Content
50%
Gas Chromatography
50%
Pharmacology, Toxicology and Pharmaceutical Science
Hyperbarism
100%
Ethylene Glycol
50%
Natural Gas
50%