DIRECTION AND LENGTH OPTIMIZATION OF HORIZONTAL WELL IN X OIL FIELD USING FUZZY SUBTRACTIVE CLUSTERING AND FUZZY LOGIC

DIRECTION AND LENGTH OPTIMIZATION OF HORIZONTAL WELL IN X OIL FIELD USING FUZZY SUBTRACTIVE CLUSTERING AND FUZZY LOGIC

An optimization model to obtain the optimal well bore direction for horizontal well in X oil field is discussed here. In most field applications, the optimal direction is obtained by lengthy trial and error procedure using reservoir simulator. Based on a given set of data about porosity, permeabilit...

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Main Author: FINKA MAYUSHA, ANNISA
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/18008
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:18008
spelling id-itb.:180082017-09-27T11:43:11ZDIRECTION AND LENGTH OPTIMIZATION OF HORIZONTAL WELL IN X OIL FIELD USING FUZZY SUBTRACTIVE CLUSTERING AND FUZZY LOGIC FINKA MAYUSHA, ANNISA Indonesia Final Project Fuzzy Logic, Fuzzy Subtractive Clustering, horizontal well, recovery factor INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/18008 An optimization model to obtain the optimal well bore direction for horizontal well in X oil field is discussed here. In most field applications, the optimal direction is obtained by lengthy trial and error procedure using reservoir simulator. Based on a given set of data about porosity, permeability, oil saturation, and location of each grid in the reservoir, a Fuzzy Subtractive Clustering is used to cluster the grids. Further, a Fuzzy Logic optimization is constructed to obtain the optimal direction and the length of the horizontal well bore. 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 An optimization model to obtain the optimal well bore direction for horizontal well in X oil field is discussed here. In most field applications, the optimal direction is obtained by lengthy trial and error procedure using reservoir simulator. Based on a given set of data about porosity, permeability, oil saturation, and location of each grid in the reservoir, a Fuzzy Subtractive Clustering is used to cluster the grids. Further, a Fuzzy Logic optimization is constructed to obtain the optimal direction and the length of the horizontal well bore.
format Final Project
author FINKA MAYUSHA, ANNISA
spellingShingle FINKA MAYUSHA, ANNISA
DIRECTION AND LENGTH OPTIMIZATION OF HORIZONTAL WELL IN X OIL FIELD USING FUZZY SUBTRACTIVE CLUSTERING AND FUZZY LOGIC
author_facet FINKA MAYUSHA, ANNISA
author_sort FINKA MAYUSHA, ANNISA
title DIRECTION AND LENGTH OPTIMIZATION OF HORIZONTAL WELL IN X OIL FIELD USING FUZZY SUBTRACTIVE CLUSTERING AND FUZZY LOGIC
title_short DIRECTION AND LENGTH OPTIMIZATION OF HORIZONTAL WELL IN X OIL FIELD USING FUZZY SUBTRACTIVE CLUSTERING AND FUZZY LOGIC
title_full DIRECTION AND LENGTH OPTIMIZATION OF HORIZONTAL WELL IN X OIL FIELD USING FUZZY SUBTRACTIVE CLUSTERING AND FUZZY LOGIC
title_fullStr DIRECTION AND LENGTH OPTIMIZATION OF HORIZONTAL WELL IN X OIL FIELD USING FUZZY SUBTRACTIVE CLUSTERING AND FUZZY LOGIC
title_full_unstemmed DIRECTION AND LENGTH OPTIMIZATION OF HORIZONTAL WELL IN X OIL FIELD USING FUZZY SUBTRACTIVE CLUSTERING AND FUZZY LOGIC
title_sort direction and length optimization of horizontal well in x oil field using fuzzy subtractive clustering and fuzzy logic
url https://digilib.itb.ac.id/gdl/view/18008
_version_ 1820745755483176960

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