Analysis of The Pipe System to Improve Productivity of Gas

Abstract

One of the ways to increase productivity of gas did not interfere with their production process that is to increase the number of flowrates and without changing the system configuration of pipelines. Of course, this is will lead to a pipeline to get a dynamic that more than ever so potentially occurring vibration that exceeded limitations that could eventually lead pipes have failed. Analysis done manually with the approach Likelihood of Failure (LOF) method which is a conservative calculations to find out whether vibration that happened still in the tolerance range and done a study on the increase of flowrates influence to force a pipeline especially in the area around SBC (Small Bore Connnection). Analysis done by modeling a numeric to analyze the pipeline in records by using software CAESAR 5.2, and analyze the pipeline dynamically by using software ANSYS Multiphysics 14.0 with variations burden pressure of fluid that flows that had been received by result from previous output ANSYS CFD software. In the bloodstream fluid analysis had been found that the increase flowrates in inlet with pressure that produced by fluid that flows.