ANALISIS PERFORMA PENGEBORAN PANAS BUMI DI INDONESIA SEBELUM TAHUN 2017 SEBAGAI DASAR ASUMSI PENGEMBANGAN PANAS BUMI DI INDONESIA

The geothermal field in Indonesia in its development is still relatively insignificant compared to the oil field. This is due to the uncertainty of drilling in geothermal wells compared to oil wells. This uncertainty comes from the assumption of the number of wells, electrical power, and costs incur...

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Main Author: B Purba, Enrico
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/40132
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:40132
spelling id-itb.:401322019-07-01T09:53:48ZANALISIS PERFORMA PENGEBORAN PANAS BUMI DI INDONESIA SEBELUM TAHUN 2017 SEBAGAI DASAR ASUMSI PENGEMBANGAN PANAS BUMI DI INDONESIA B Purba, Enrico Indonesia Final Project number of wells, depth, initial potential, duration INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/40132 The geothermal field in Indonesia in its development is still relatively insignificant compared to the oil field. This is due to the uncertainty of drilling in geothermal wells compared to oil wells. This uncertainty comes from the assumption of the number of wells, electrical power, and costs incurred related to the drilling. Therefore, for its development, we need field statistical data in Indonesia. The study was developed to determine the estimation of the number of wells, initial potential, drilling depth and duration of work for a well. The results of this study are then expected to be the basis of field development assumptions. From the graph of the development of a field it can also be seen that drilling activity in a field looks relatively up compared to previous years. This can be seen from the increased depth and reduced duration which indicates that the drilling is more efficient. However, this significant development only occurred at the beginning of work from the field. This is because significant developments only occur between exploration wells and production wells. From the field data above we can obtain what is the average value for exploration wells and development wells. The number of wells, initial potential, and speed of drilling are the values to be obtained from this study. Another result that can be obtained from the initial potentital statistics of each well, the value of P10 is 1 MWe, the P50 value is 7.5 MWe, and the P90 value is 21.2 MWe. 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 The geothermal field in Indonesia in its development is still relatively insignificant compared to the oil field. This is due to the uncertainty of drilling in geothermal wells compared to oil wells. This uncertainty comes from the assumption of the number of wells, electrical power, and costs incurred related to the drilling. Therefore, for its development, we need field statistical data in Indonesia. The study was developed to determine the estimation of the number of wells, initial potential, drilling depth and duration of work for a well. The results of this study are then expected to be the basis of field development assumptions. From the graph of the development of a field it can also be seen that drilling activity in a field looks relatively up compared to previous years. This can be seen from the increased depth and reduced duration which indicates that the drilling is more efficient. However, this significant development only occurred at the beginning of work from the field. This is because significant developments only occur between exploration wells and production wells. From the field data above we can obtain what is the average value for exploration wells and development wells. The number of wells, initial potential, and speed of drilling are the values to be obtained from this study. Another result that can be obtained from the initial potentital statistics of each well, the value of P10 is 1 MWe, the P50 value is 7.5 MWe, and the P90 value is 21.2 MWe.
format Final Project
author B Purba, Enrico
spellingShingle B Purba, Enrico
ANALISIS PERFORMA PENGEBORAN PANAS BUMI DI INDONESIA SEBELUM TAHUN 2017 SEBAGAI DASAR ASUMSI PENGEMBANGAN PANAS BUMI DI INDONESIA
author_facet B Purba, Enrico
author_sort B Purba, Enrico
title ANALISIS PERFORMA PENGEBORAN PANAS BUMI DI INDONESIA SEBELUM TAHUN 2017 SEBAGAI DASAR ASUMSI PENGEMBANGAN PANAS BUMI DI INDONESIA
title_short ANALISIS PERFORMA PENGEBORAN PANAS BUMI DI INDONESIA SEBELUM TAHUN 2017 SEBAGAI DASAR ASUMSI PENGEMBANGAN PANAS BUMI DI INDONESIA
title_full ANALISIS PERFORMA PENGEBORAN PANAS BUMI DI INDONESIA SEBELUM TAHUN 2017 SEBAGAI DASAR ASUMSI PENGEMBANGAN PANAS BUMI DI INDONESIA
title_fullStr ANALISIS PERFORMA PENGEBORAN PANAS BUMI DI INDONESIA SEBELUM TAHUN 2017 SEBAGAI DASAR ASUMSI PENGEMBANGAN PANAS BUMI DI INDONESIA
title_full_unstemmed ANALISIS PERFORMA PENGEBORAN PANAS BUMI DI INDONESIA SEBELUM TAHUN 2017 SEBAGAI DASAR ASUMSI PENGEMBANGAN PANAS BUMI DI INDONESIA
title_sort analisis performa pengeboran panas bumi di indonesia sebelum tahun 2017 sebagai dasar asumsi pengembangan panas bumi di indonesia
url https://digilib.itb.ac.id/gdl/view/40132
_version_ 1821997998786215936