MONITORING OF PRODUCTION WELL PERFORMANCE IN ULUBELU GEOTHERMAL FIELD USING FLOW PERFORMANCE TEST METHOD

Monitoring the wells performance in Ulubelu field is very important to maintain the continuity of steam supply to the power plant. One aspect that is monitored in monitoring well performance is by updating deliverability curve model of production well. The thing that needs to be done to update the w...

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Main Author: Permadi Sugiharto, Mochamad
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/58184
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:58184
spelling id-itb.:581842021-09-01T19:21:50ZMONITORING OF PRODUCTION WELL PERFORMANCE IN ULUBELU GEOTHERMAL FIELD USING FLOW PERFORMANCE TEST METHOD Permadi Sugiharto, Mochamad Indonesia Theses Flow Performance Test (FPT), Tracer Flow Test (TFT), Ulubelu, Deliverability Curve, Steam Buffer, Characteristics of production wells. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/58184 Monitoring the wells performance in Ulubelu field is very important to maintain the continuity of steam supply to the power plant. One aspect that is monitored in monitoring well performance is by updating deliverability curve model of production well. The thing that needs to be done to update the well deliverability curve model is to perform periodic production tests. However, this method is not possible due to limited steam buffer in Ulubelu Field. An alternative solution that can be used to update the production well deliverability curve without having to leave the gathering system is the Flow Performance Test (FPT) method. This research is conducted to determine the performance of production wells, so that the data obtained will be developed into a deliverability curve model. FPT is applied to wells located in clusters D, J and K. The data obtained is validated with TFT data or production test data where the deviation of the data obtained for UBL-DLX1 is 4%, UBL-DLY42 is 0.7%, UBL-DLZ15 is 3%, UBL-JLW23 is 4% and UBL-KLT64 is 0.3%. Model evaluation of the UBL-DLX1 and UBL-DLY42 wells shows the performance of the wells that have not recovered after work over, while UBL-DLZ15 seems to experience a natural decrease in production. The models formed from FPT in UBL-JLW23 and UBL-JLV83 are used as the basis for the well performance monitoring model. Evaluation of UBL-KLT64 shows that there is a problem in the wellbore or reservoir. Based on the results of this study, the FPT method is reliable enough to be used as an alternative in monitoring the performance of production wells, so that it can be recommended as one of routine work in well surveillance 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 Monitoring the wells performance in Ulubelu field is very important to maintain the continuity of steam supply to the power plant. One aspect that is monitored in monitoring well performance is by updating deliverability curve model of production well. The thing that needs to be done to update the well deliverability curve model is to perform periodic production tests. However, this method is not possible due to limited steam buffer in Ulubelu Field. An alternative solution that can be used to update the production well deliverability curve without having to leave the gathering system is the Flow Performance Test (FPT) method. This research is conducted to determine the performance of production wells, so that the data obtained will be developed into a deliverability curve model. FPT is applied to wells located in clusters D, J and K. The data obtained is validated with TFT data or production test data where the deviation of the data obtained for UBL-DLX1 is 4%, UBL-DLY42 is 0.7%, UBL-DLZ15 is 3%, UBL-JLW23 is 4% and UBL-KLT64 is 0.3%. Model evaluation of the UBL-DLX1 and UBL-DLY42 wells shows the performance of the wells that have not recovered after work over, while UBL-DLZ15 seems to experience a natural decrease in production. The models formed from FPT in UBL-JLW23 and UBL-JLV83 are used as the basis for the well performance monitoring model. Evaluation of UBL-KLT64 shows that there is a problem in the wellbore or reservoir. Based on the results of this study, the FPT method is reliable enough to be used as an alternative in monitoring the performance of production wells, so that it can be recommended as one of routine work in well surveillance program.
format Theses
author Permadi Sugiharto, Mochamad
spellingShingle Permadi Sugiharto, Mochamad
MONITORING OF PRODUCTION WELL PERFORMANCE IN ULUBELU GEOTHERMAL FIELD USING FLOW PERFORMANCE TEST METHOD
author_facet Permadi Sugiharto, Mochamad
author_sort Permadi Sugiharto, Mochamad
title MONITORING OF PRODUCTION WELL PERFORMANCE IN ULUBELU GEOTHERMAL FIELD USING FLOW PERFORMANCE TEST METHOD
title_short MONITORING OF PRODUCTION WELL PERFORMANCE IN ULUBELU GEOTHERMAL FIELD USING FLOW PERFORMANCE TEST METHOD
title_full MONITORING OF PRODUCTION WELL PERFORMANCE IN ULUBELU GEOTHERMAL FIELD USING FLOW PERFORMANCE TEST METHOD
title_fullStr MONITORING OF PRODUCTION WELL PERFORMANCE IN ULUBELU GEOTHERMAL FIELD USING FLOW PERFORMANCE TEST METHOD
title_full_unstemmed MONITORING OF PRODUCTION WELL PERFORMANCE IN ULUBELU GEOTHERMAL FIELD USING FLOW PERFORMANCE TEST METHOD
title_sort monitoring of production well performance in ulubelu geothermal field using flow performance test method
url https://digilib.itb.ac.id/gdl/view/58184
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