Numerical Solution for Determining Optimum Gas Production Rate

In oil industry, especially in production engineering, nodal system analysis is one of the most common method for determining optimum production rate. A numerical solution was made in order to make nodal system analysis in wet gas reservoir easier to solve. So it took less time to be solved. The Inf...

Full description

Saved in:
Bibliographic Details
Main Author: GUSTI BASTISYA (NIM 12205016); Pembimbing: Dr.Ir. Pudjo Sukarno, MUHAMMAD
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/13678
Tags: Add Tag
No Tags, Be the first to tag this record!
Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:13678
spelling id-itb.:136782017-09-27T10:37:30ZNumerical Solution for Determining Optimum Gas Production Rate GUSTI BASTISYA (NIM 12205016); Pembimbing: Dr.Ir. Pudjo Sukarno, MUHAMMAD Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/13678 In oil industry, especially in production engineering, nodal system analysis is one of the most common method for determining optimum production rate. A numerical solution was made in order to make nodal system analysis in wet gas reservoir easier to solve. So it took less time to be solved. The Inflow performance relationship (IPR) correlation was substituted to the Outflow Performance Relationship or so called Tubing Performance Relationship (TPR) correlation to determine the production rate and pressure without drawing any graphic first. The resulting correlation needs production rate as an input data. But, as we know production rate is the variable that we want to solve. So it needs iterative solution. Then we validate the optimum rate we get from this program with an existing commercial software. A sensitivity analysis was done to know the effects of fluid properties and well configuration change. As a result, we know the imitation of the program. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description In oil industry, especially in production engineering, nodal system analysis is one of the most common method for determining optimum production rate. A numerical solution was made in order to make nodal system analysis in wet gas reservoir easier to solve. So it took less time to be solved. The Inflow performance relationship (IPR) correlation was substituted to the Outflow Performance Relationship or so called Tubing Performance Relationship (TPR) correlation to determine the production rate and pressure without drawing any graphic first. The resulting correlation needs production rate as an input data. But, as we know production rate is the variable that we want to solve. So it needs iterative solution. Then we validate the optimum rate we get from this program with an existing commercial software. A sensitivity analysis was done to know the effects of fluid properties and well configuration change. As a result, we know the imitation of the program.
format Final Project
author GUSTI BASTISYA (NIM 12205016); Pembimbing: Dr.Ir. Pudjo Sukarno, MUHAMMAD
spellingShingle GUSTI BASTISYA (NIM 12205016); Pembimbing: Dr.Ir. Pudjo Sukarno, MUHAMMAD
Numerical Solution for Determining Optimum Gas Production Rate
author_facet GUSTI BASTISYA (NIM 12205016); Pembimbing: Dr.Ir. Pudjo Sukarno, MUHAMMAD
author_sort GUSTI BASTISYA (NIM 12205016); Pembimbing: Dr.Ir. Pudjo Sukarno, MUHAMMAD
title Numerical Solution for Determining Optimum Gas Production Rate
title_short Numerical Solution for Determining Optimum Gas Production Rate
title_full Numerical Solution for Determining Optimum Gas Production Rate
title_fullStr Numerical Solution for Determining Optimum Gas Production Rate
title_full_unstemmed Numerical Solution for Determining Optimum Gas Production Rate
title_sort numerical solution for determining optimum gas production rate
url https://digilib.itb.ac.id/gdl/view/13678
_version_ 1820736256914489344