Phase equilibria in the methane‐ethane‐propane‐n‐pentane‐n‐hexane‐n‐decane system
Juris Vairogs, A. J. Klekers, Wayne C. Edmister
Abstract
Juris Vairogs, A. J. Klekers, Wayne C. Edmister
Abstract
Abstract An experimental facility for vapor‐liquid equilibrium measurements at high pressures (100 to 15,000 lb./sq. in. abs.) and ordinary temperatures (100° to 300°F.) on multicomponent mixtures is described. The vapor‐liquid phase behavior of a six‐component hydrocarbon mixture, which simulated a natural gas and a condensate, was studied with this apparatus. Measurements were made at 150° and 250°F. and pressures ranging from 100 lb./sq. in. abs. to the single‐phase pressures for these systems and temperatures.
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Abstract An experimental facility for vapor‐liquid equilibrium measurements at high pressures (100 to 15,000 lb./sq. in. abs.) and ordinary temperatures (100° to 300°F.) on multicomponent mixtures is described. The vapor‐liquid phase behavior of a six‐component hydrocarbon mixture, which simulated a natural gas and a condensate, was studied with this apparatus. Measurements were made at 150° and 250°F. and pressures ranging from 100 lb./sq. in. abs. to the single‐phase pressures for these systems and temperatures.
Key concepts: Decane, Pentane, Propane, Methane, Hexane, Hydrocarbon, Chemistry, Alkane