Correlation more accurately predicts two-phase pipeline holdup
D. J. M. Bevan
Abstract
D. J. M. Bevan
Abstract
This paper reports that a correlation has been developed that predicts holdup in horizontal or nearly horizontal gas-condensate pipelines to within {plus minus}10%. The correlation can be used to predict peak condensate flow rates from pipelines and thereby help lower costs of two-phase pipeline systems. Tailoring the correlation to other types of pipelines - gas-oil, for example, or highly inclined pipelines - requires only minimal operating data that can either be collected during steady state or transient operation of a pipeline.
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This paper reports that a correlation has been developed that predicts holdup in horizontal or nearly horizontal gas-condensate pipelines to within {plus minus}10%. The correlation can be used to predict peak condensate flow rates from pipelines and thereby help lower costs of two-phase pipeline systems. Tailoring the correlation to other types of pipelines - gas-oil, for example, or highly inclined pipelines - requires only minimal operating data that can either be collected during steady state or transient operation of a pipeline.
Key concepts: Pipeline transport, Pipeline (software), Petroleum engineering, Transient (computer programming), Flow (mathematics), Natural gas, Correlation, Mechanics