GEOLOGY AND STATIS RESERVOIR MODELLING FOR PP FIELD SOUTH SUMATERA BASIN, INDONESIA

PP field is an oil and gas field that has been operated for years and is still explored by the company in the area. PP field is in the South Sumatera basin. By administrative, this field is in South Sumatera with 25,230 km2. The purpose of this study is to analyze geology of this area, make a reserv...

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Main Author: Nurannisa, Neysa
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/70326
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:70326
spelling id-itb.:703262023-01-05T09:01:43ZGEOLOGY AND STATIS RESERVOIR MODELLING FOR PP FIELD SOUTH SUMATERA BASIN, INDONESIA Nurannisa, Neysa Indonesia Final Project PP Field, Talangakar Formation, South Sumatera Basin, Reservoir Modelling, Hydrocarbon Estimation. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/70326 PP field is an oil and gas field that has been operated for years and is still explored by the company in the area. PP field is in the South Sumatera basin. By administrative, this field is in South Sumatera with 25,230 km2. The purpose of this study is to analyze geology of this area, make a reservoir model, and calculate reserved hydrocarbon in interval target. This study is focusing on Talangakar Formation. In this study, we use log data from six wells, core analysis data, and 27 seismic lines. The method to use in this study is correlation data wells with petrophysics and seismic data to get reservoir geometry. The output from this study is model structure, fluids contacts, and calculated reserved hydrocarbon. The result of this study is reservoir in PP Field is sandstone with porosity 0.1 (v/v), Shale volume 0.32, and water saturation 0.72 controlled by anticline with normal fault. The sedimentation environment of the reservoir is braided channel (fluvial dominated delta). The hydrocarbon estimation in this study is 44.91 MMBO. 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 PP field is an oil and gas field that has been operated for years and is still explored by the company in the area. PP field is in the South Sumatera basin. By administrative, this field is in South Sumatera with 25,230 km2. The purpose of this study is to analyze geology of this area, make a reservoir model, and calculate reserved hydrocarbon in interval target. This study is focusing on Talangakar Formation. In this study, we use log data from six wells, core analysis data, and 27 seismic lines. The method to use in this study is correlation data wells with petrophysics and seismic data to get reservoir geometry. The output from this study is model structure, fluids contacts, and calculated reserved hydrocarbon. The result of this study is reservoir in PP Field is sandstone with porosity 0.1 (v/v), Shale volume 0.32, and water saturation 0.72 controlled by anticline with normal fault. The sedimentation environment of the reservoir is braided channel (fluvial dominated delta). The hydrocarbon estimation in this study is 44.91 MMBO.
format Final Project
author Nurannisa, Neysa
spellingShingle Nurannisa, Neysa
GEOLOGY AND STATIS RESERVOIR MODELLING FOR PP FIELD SOUTH SUMATERA BASIN, INDONESIA
author_facet Nurannisa, Neysa
author_sort Nurannisa, Neysa
title GEOLOGY AND STATIS RESERVOIR MODELLING FOR PP FIELD SOUTH SUMATERA BASIN, INDONESIA
title_short GEOLOGY AND STATIS RESERVOIR MODELLING FOR PP FIELD SOUTH SUMATERA BASIN, INDONESIA
title_full GEOLOGY AND STATIS RESERVOIR MODELLING FOR PP FIELD SOUTH SUMATERA BASIN, INDONESIA
title_fullStr GEOLOGY AND STATIS RESERVOIR MODELLING FOR PP FIELD SOUTH SUMATERA BASIN, INDONESIA
title_full_unstemmed GEOLOGY AND STATIS RESERVOIR MODELLING FOR PP FIELD SOUTH SUMATERA BASIN, INDONESIA
title_sort geology and statis reservoir modelling for pp field south sumatera basin, indonesia
url https://digilib.itb.ac.id/gdl/view/70326
_version_ 1822006274872573952