Analisis Perilaku Fluida Multifasa Pada Pipa Salur Lapangan UP-T

Abstract

Thea Victory Hasmegkris Halawa. 101317073. Analysis Multiphas Fluid Behavior In UP-T Field Flowline. The final project research on "Analysis of Multiphase Fluid Behavior in UP-T Field Flowline " uses synthetic databases collected from several literature sources or published journals with the aim of analyzing multiphase behavior in pipelines, like the effect of pipe diameter size on fluid behavior in the pipeline, the effect of water cut on the behavior of the fluid in the pipeline, and the effect of pipe elevation on the behavior of the fluid in the pipeline. The method used to simulate the fluid in this pipeline is to use the software Dynamic Multiphase Flow, and PVP Reservoir Fluid. In this research, This is done with 2 diameter sensitivities, namely 12 inch and 14-inch diameter, and 6 water cut sensitivities, namely 0%, 10%, 20%, 30%, 40%, and 50%. The results of this study indicate that the behavior of the fluid in the pipe 14 inch is more uniform than 12 inch pipe. In 12 inch pipe, the addition of 10% water cut actually helps increase the fluid flow compared to fluid without water cut, which is proven because the fluid without water content is not able to flow at the elevation point. The flow regime of all fluids is stratified in the horizontal pipe, and bubble in the inclined pipe, except for the fluid without water cut in the 12 inch pipe whose has an annular flow. Changes in the flow regime in inclined pipes are caused by the high-pressure drop on those experiencing elevation.