COMPARISON STUDY BETWEEN CONVENTIONAL GAS LIFT AND GAS DUMP FLOOD METHOD IN FIELD X USING INTEGRATED APPROACH

X-field is undeveloped field which has oil and gas reservoirs. This Field not only has a huge amount of initial oil in place, but also has a great initial gas in place. The reservoir is formed by sandstone and has an excessed gas to be produced. This excessed gas can be used for operating oil produc...

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Main Author: RUDI HARTANTO (NIM : 12213044), THOMAS
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/24522
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:24522
spelling id-itb.:245222017-09-27T10:37:33ZCOMPARISON STUDY BETWEEN CONVENTIONAL GAS LIFT AND GAS DUMP FLOOD METHOD IN FIELD X USING INTEGRATED APPROACH RUDI HARTANTO (NIM : 12213044), THOMAS Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/24522 X-field is undeveloped field which has oil and gas reservoirs. This Field not only has a huge amount of initial oil in place, but also has a great initial gas in place. The reservoir is formed by sandstone and has an excessed gas to be produced. This excessed gas can be used for operating oil production in X-field. <br /> <br /> <br /> This paper explains the implementation of gas lift and gas dump flood technology to increase oil production in X-field. A simulation study was performed to understand reservoir characteristic and expected oil rate prior to the field implementation. The study results allowed to install an artificial lift using the gas production from X-field. Not only for gas lift, but also the gas can be dumped from deeper gas reservoir into the oil reservoir to increase reservoir pressure. The implementation results showed that gas lift is better in increasing oil production than gas dump flood. 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 X-field is undeveloped field which has oil and gas reservoirs. This Field not only has a huge amount of initial oil in place, but also has a great initial gas in place. The reservoir is formed by sandstone and has an excessed gas to be produced. This excessed gas can be used for operating oil production in X-field. <br /> <br /> <br /> This paper explains the implementation of gas lift and gas dump flood technology to increase oil production in X-field. A simulation study was performed to understand reservoir characteristic and expected oil rate prior to the field implementation. The study results allowed to install an artificial lift using the gas production from X-field. Not only for gas lift, but also the gas can be dumped from deeper gas reservoir into the oil reservoir to increase reservoir pressure. The implementation results showed that gas lift is better in increasing oil production than gas dump flood.
format Final Project
author RUDI HARTANTO (NIM : 12213044), THOMAS
spellingShingle RUDI HARTANTO (NIM : 12213044), THOMAS
COMPARISON STUDY BETWEEN CONVENTIONAL GAS LIFT AND GAS DUMP FLOOD METHOD IN FIELD X USING INTEGRATED APPROACH
author_facet RUDI HARTANTO (NIM : 12213044), THOMAS
author_sort RUDI HARTANTO (NIM : 12213044), THOMAS
title COMPARISON STUDY BETWEEN CONVENTIONAL GAS LIFT AND GAS DUMP FLOOD METHOD IN FIELD X USING INTEGRATED APPROACH
title_short COMPARISON STUDY BETWEEN CONVENTIONAL GAS LIFT AND GAS DUMP FLOOD METHOD IN FIELD X USING INTEGRATED APPROACH
title_full COMPARISON STUDY BETWEEN CONVENTIONAL GAS LIFT AND GAS DUMP FLOOD METHOD IN FIELD X USING INTEGRATED APPROACH
title_fullStr COMPARISON STUDY BETWEEN CONVENTIONAL GAS LIFT AND GAS DUMP FLOOD METHOD IN FIELD X USING INTEGRATED APPROACH
title_full_unstemmed COMPARISON STUDY BETWEEN CONVENTIONAL GAS LIFT AND GAS DUMP FLOOD METHOD IN FIELD X USING INTEGRATED APPROACH
title_sort comparison study between conventional gas lift and gas dump flood method in field x using integrated approach
url https://digilib.itb.ac.id/gdl/view/24522
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