Thermophysical properties control during transportation of the liquefied hydrocarbon mixtures by means of REFPROP software package

Title

Thermophysical properties control during transportation of the liquefied hydrocarbon mixtures by means of REFPROP software package

Subject

Temperature
Mixtures
Petroleum transportation
Quality control
Gases
Application programs
Gas condensates
Research laboratories
Liquefied gases
Software packages

Description

The authors have presented an argument for the possibility of REFPROP software package application for thermophysical properties control of the liquefied hydrocarbon mixtures depending on the composition including design and measured data of phase states of the hydrocarbon mixtures. The studies were carried out by the example of the Chayandinskiy oil and gas condensate field. The presented results of the phase state of mixtures of an oil and gas condensate field using the example of the Chayandinskiy field allow us to predict the behavior of liquefied hydrocarbons at low temperatures, as well as determine the parameters for further transportation in a single-phase liquid state through low-temperature pipelines. Also the task of thermophysical properties control during transportation of the liquefied hydrocarbon mixtures has been analysed. The composition changing of methaneand light hydrocarbon mixture allows one to enlarge the mixture density greatly and to change its other properties at acceptable temperatures and pressures. In the article it is shown that the mixture usage is energetically more efficient than the liquefied gas. Published under licence by IOP Publishing Ltd.
1728

Publisher

2020 Annual International Conference on Complex Equipment and Quality Control Laboratories, CEQCL 2020, April 14, 2020 - April 17, 2020

Date

2021

Contributor

Zakirova, G.S.
Krapivsky, E.I.

Type

conferencePaper

Identifier

17426588
10.1088/1742-6596/1728/1/012026

Collection

Citation

“Thermophysical properties control during transportation of the liquefied hydrocarbon mixtures by means of REFPROP software package,” Lamar University Midstream Center Research, accessed May 18, 2024, https://lumc.omeka.net/items/show/26481.

Output Formats