ANALYSIS OF PARAMETRIC STUDIES AND A NEW PROPOSED CORRELATION OF OIL RECOVERY FACTOR ESTIMATION FOR STEAMFLOODING PERFORMANCE BY CONSIDERING INJECTION PATTERN PARAMETER

Steamflooding simulation has been well proven to predict the performance of the fields having heavy reservoir fluid type. Currently, there are still few references about simple prediction methods of oil recovery. Therefore, it is necessary to conduct analysis of any parameters that can affect the va...

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主要作者: TJA, KEVIN
格式: Final Project
語言:Indonesia
在線閱讀:https://digilib.itb.ac.id/gdl/view/22800
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機構: Institut Teknologi Bandung
語言: Indonesia
id id-itb.:22800
spelling id-itb.:228002017-09-27T10:37:33ZANALYSIS OF PARAMETRIC STUDIES AND A NEW PROPOSED CORRELATION OF OIL RECOVERY FACTOR ESTIMATION FOR STEAMFLOODING PERFORMANCE BY CONSIDERING INJECTION PATTERN PARAMETER TJA, KEVIN Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/22800 Steamflooding simulation has been well proven to predict the performance of the fields having heavy reservoir fluid type. Currently, there are still few references about simple prediction methods of oil recovery. Therefore, it is necessary to conduct analysis of any parameters that can affect the value of recovery factor in the field applying the steamflooding. <br /> <br /> <br /> In the study, Field X, classified as heavy oil field, is used and the investigated parameters are injection pattern, permeability, viscosity, duration of injection time and bottom-hole pressure (BHP). The study have been conducted by a reservoir simulation model to produce some significant parameters and then by using the Two Level Full Factorial Design of Experiment (DOE) method to obtain the relationship between the tested parameters and the value of recovery factor. The results obtained by Design of Experiment (DOE) show that the parameters which have the greatest impact on recovery factor are permeability, viscosity, injection pattern, injection duration and bottom-hole pressure (BHP) injection well respectively which showing permeability and viscosity is about 1.75 - 2 times stronger effect than the pattern, duration, and BHP. Furthermore, the produced correlation has an equation of RF = -6.70 + 6.51 Pattern + 0.01324 k - 0.02854 &#61549; + 0.662 t + 0.0446 BHP with R2 of 92.02% which is considered quite high. The comparison of recovery factor results between Myhill and Stegemeier (1978), Wiriando (2016) and this study show that Wiriando’s and this study yield similar results but Myhill and Stegemeier’s prediction is almost twice as Wiriando’s and this study. <br /> 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 Steamflooding simulation has been well proven to predict the performance of the fields having heavy reservoir fluid type. Currently, there are still few references about simple prediction methods of oil recovery. Therefore, it is necessary to conduct analysis of any parameters that can affect the value of recovery factor in the field applying the steamflooding. <br /> <br /> <br /> In the study, Field X, classified as heavy oil field, is used and the investigated parameters are injection pattern, permeability, viscosity, duration of injection time and bottom-hole pressure (BHP). The study have been conducted by a reservoir simulation model to produce some significant parameters and then by using the Two Level Full Factorial Design of Experiment (DOE) method to obtain the relationship between the tested parameters and the value of recovery factor. The results obtained by Design of Experiment (DOE) show that the parameters which have the greatest impact on recovery factor are permeability, viscosity, injection pattern, injection duration and bottom-hole pressure (BHP) injection well respectively which showing permeability and viscosity is about 1.75 - 2 times stronger effect than the pattern, duration, and BHP. Furthermore, the produced correlation has an equation of RF = -6.70 + 6.51 Pattern + 0.01324 k - 0.02854 &#61549; + 0.662 t + 0.0446 BHP with R2 of 92.02% which is considered quite high. The comparison of recovery factor results between Myhill and Stegemeier (1978), Wiriando (2016) and this study show that Wiriando’s and this study yield similar results but Myhill and Stegemeier’s prediction is almost twice as Wiriando’s and this study. <br />
format Final Project
author TJA, KEVIN
spellingShingle TJA, KEVIN
ANALYSIS OF PARAMETRIC STUDIES AND A NEW PROPOSED CORRELATION OF OIL RECOVERY FACTOR ESTIMATION FOR STEAMFLOODING PERFORMANCE BY CONSIDERING INJECTION PATTERN PARAMETER
author_facet TJA, KEVIN
author_sort TJA, KEVIN
title ANALYSIS OF PARAMETRIC STUDIES AND A NEW PROPOSED CORRELATION OF OIL RECOVERY FACTOR ESTIMATION FOR STEAMFLOODING PERFORMANCE BY CONSIDERING INJECTION PATTERN PARAMETER
title_short ANALYSIS OF PARAMETRIC STUDIES AND A NEW PROPOSED CORRELATION OF OIL RECOVERY FACTOR ESTIMATION FOR STEAMFLOODING PERFORMANCE BY CONSIDERING INJECTION PATTERN PARAMETER
title_full ANALYSIS OF PARAMETRIC STUDIES AND A NEW PROPOSED CORRELATION OF OIL RECOVERY FACTOR ESTIMATION FOR STEAMFLOODING PERFORMANCE BY CONSIDERING INJECTION PATTERN PARAMETER
title_fullStr ANALYSIS OF PARAMETRIC STUDIES AND A NEW PROPOSED CORRELATION OF OIL RECOVERY FACTOR ESTIMATION FOR STEAMFLOODING PERFORMANCE BY CONSIDERING INJECTION PATTERN PARAMETER
title_full_unstemmed ANALYSIS OF PARAMETRIC STUDIES AND A NEW PROPOSED CORRELATION OF OIL RECOVERY FACTOR ESTIMATION FOR STEAMFLOODING PERFORMANCE BY CONSIDERING INJECTION PATTERN PARAMETER
title_sort analysis of parametric studies and a new proposed correlation of oil recovery factor estimation for steamflooding performance by considering injection pattern parameter
url https://digilib.itb.ac.id/gdl/view/22800
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