GEOLOGY AND RESERVOIR MODELLING OF BERKAH FIELD, A AND B INTERVAL, CENTRAL SUMATRA BASIN.

Berkah Field is one of oil and gas field which is administratively located in Riau Province and geologically in Central Sumatra Basin with 40 km2 area. This field is located in Kiri Sub-Basin (Trough) which has normal fault trending north-south. Menggala and Upper Red Bed Formation are reservoirs...

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Main Author: Karuna Irawan, Billy
Format: Final Project
Language:Indonesia
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Online Access:https://digilib.itb.ac.id/gdl/view/69921
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:69921
spelling id-itb.:699212022-12-20T10:44:19ZGEOLOGY AND RESERVOIR MODELLING OF BERKAH FIELD, A AND B INTERVAL, CENTRAL SUMATRA BASIN. Karuna Irawan, Billy Geologi, hidrologi & meteorologi Indonesia Final Project Kiri Sub-Basin, Central Sumatra Basin, Menggala Formation, petrophysics, object modelling, reservoir modelling INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/69921 Berkah Field is one of oil and gas field which is administratively located in Riau Province and geologically in Central Sumatra Basin with 40 km2 area. This field is located in Kiri Sub-Basin (Trough) which has normal fault trending north-south. Menggala and Upper Red Bed Formation are reservoirs in Berkah Field. Hydrocarbon-bearing intervals which are the object of this research are reservoir A and B of Menggala Formation. Goals of this research are to comprehend geological condition of research field, to determine reservoir characteristics as well as depositional facies, property, and reservoir distribution, and to estimate hydrocarbon prospect of reservoir A and B. Data used in this study consist of 3D seismic, side wall core and cutting description, biostratigraphy report, six wireline logs, and flowing test data. The result of side wall core analysis shows that there are four sandstone lithofacies (Sct, Svftm, Sg, dan Sk) dan a claystone lithofacies (Mr). The depositional environment is braided river to low-sinuousity river trending north-south with channel and floodplain facies associations. Facies modelling work is based on object modelling deterministic method. Petrophysical calculation result shows that average reservoir effective porosity is about 14- 16%. Petrophysical property modelling uses stochastic method with conditioning to facies. Volumetric calculation result of reservoir A is 1,7 million STB and reservoir B is 0,4 million STB. 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
topic Geologi, hidrologi & meteorologi
spellingShingle Geologi, hidrologi & meteorologi
Karuna Irawan, Billy
GEOLOGY AND RESERVOIR MODELLING OF BERKAH FIELD, A AND B INTERVAL, CENTRAL SUMATRA BASIN.
description Berkah Field is one of oil and gas field which is administratively located in Riau Province and geologically in Central Sumatra Basin with 40 km2 area. This field is located in Kiri Sub-Basin (Trough) which has normal fault trending north-south. Menggala and Upper Red Bed Formation are reservoirs in Berkah Field. Hydrocarbon-bearing intervals which are the object of this research are reservoir A and B of Menggala Formation. Goals of this research are to comprehend geological condition of research field, to determine reservoir characteristics as well as depositional facies, property, and reservoir distribution, and to estimate hydrocarbon prospect of reservoir A and B. Data used in this study consist of 3D seismic, side wall core and cutting description, biostratigraphy report, six wireline logs, and flowing test data. The result of side wall core analysis shows that there are four sandstone lithofacies (Sct, Svftm, Sg, dan Sk) dan a claystone lithofacies (Mr). The depositional environment is braided river to low-sinuousity river trending north-south with channel and floodplain facies associations. Facies modelling work is based on object modelling deterministic method. Petrophysical calculation result shows that average reservoir effective porosity is about 14- 16%. Petrophysical property modelling uses stochastic method with conditioning to facies. Volumetric calculation result of reservoir A is 1,7 million STB and reservoir B is 0,4 million STB.
format Final Project
author Karuna Irawan, Billy
author_facet Karuna Irawan, Billy
author_sort Karuna Irawan, Billy
title GEOLOGY AND RESERVOIR MODELLING OF BERKAH FIELD, A AND B INTERVAL, CENTRAL SUMATRA BASIN.
title_short GEOLOGY AND RESERVOIR MODELLING OF BERKAH FIELD, A AND B INTERVAL, CENTRAL SUMATRA BASIN.
title_full GEOLOGY AND RESERVOIR MODELLING OF BERKAH FIELD, A AND B INTERVAL, CENTRAL SUMATRA BASIN.
title_fullStr GEOLOGY AND RESERVOIR MODELLING OF BERKAH FIELD, A AND B INTERVAL, CENTRAL SUMATRA BASIN.
title_full_unstemmed GEOLOGY AND RESERVOIR MODELLING OF BERKAH FIELD, A AND B INTERVAL, CENTRAL SUMATRA BASIN.
title_sort geology and reservoir modelling of berkah field, a and b interval, central sumatra basin.
url https://digilib.itb.ac.id/gdl/view/69921
_version_ 1822006162214617088