TUBING SYSTEM PERFORMANCE PROFILING OF DRY GAS WELLS USING NEWTON RAPHSON ITERATION METHOD

TUBING SYSTEM PERFORMANCE PROFILING OF DRY GAS WELLS USING NEWTON RAPHSON ITERATION METHOD

This paper focusses on the use of Newton Raphson iteration in determining gas compressibility factor (z) while performing tubing system performance for dry gas wells through the development of a computer model (TBG_SPARK). However, tubing performance analysis performed on the case study (Well-A and...

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Main Authors: CHINEDU WILFRED OKOLOGUME, ROTIMI OMONUSI
Format: Article
Language:English
Published: Alma Mater Publishing House "Vasile Alecsandri" University of Bacau 2021-10-01
Series:Journal of Engineering Studies and Research
Subjects:
computer model, dry gas wells, Newton Raphson, tubing performance, iteration
Online Access:http://jesr.ub.ro/1/article/view/267
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spelling doaj-950b6f393e8c4c84be9401a070370e412021-10-06T15:55:49ZengAlma Mater Publishing House "Vasile Alecsandri" University of BacauJournal of Engineering Studies and Research2068-75592344-49322021-10-01272TUBING SYSTEM PERFORMANCE PROFILING OF DRY GAS WELLS USING NEWTON RAPHSON ITERATION METHODCHINEDU WILFRED OKOLOGUME ROTIMI OMONUSI This paper focusses on the use of Newton Raphson iteration in determining gas compressibility factor (z) while performing tubing system performance for dry gas wells through the development of a computer model (TBG_SPARK). However, tubing performance analysis performed on the case study (Well-A and Well-B) revealed that the production system of Well-B performed better – since its tubing size and wellhead pressure was lower than that of Well-A. Also, investigations made using modified data revealed that, lower tubing sizes and higher wellhead pressures yield higher gas rates. Conversely, reverse was the case when wellhead pressures were not varied. http://jesr.ub.ro/1/article/view/267computer model, dry gas wells, Newton Raphson, tubing performance, iteration
collection DOAJ
language English
format Article
sources DOAJ
author CHINEDU WILFRED OKOLOGUME
ROTIMI OMONUSI
spellingShingle CHINEDU WILFRED OKOLOGUME
ROTIMI OMONUSI
TUBING SYSTEM PERFORMANCE PROFILING OF DRY GAS WELLS USING NEWTON RAPHSON ITERATION METHOD
Journal of Engineering Studies and Research
computer model, dry gas wells, Newton Raphson, tubing performance, iteration
author_facet CHINEDU WILFRED OKOLOGUME
ROTIMI OMONUSI
author_sort CHINEDU WILFRED OKOLOGUME
title TUBING SYSTEM PERFORMANCE PROFILING OF DRY GAS WELLS USING NEWTON RAPHSON ITERATION METHOD
title_short TUBING SYSTEM PERFORMANCE PROFILING OF DRY GAS WELLS USING NEWTON RAPHSON ITERATION METHOD
title_full TUBING SYSTEM PERFORMANCE PROFILING OF DRY GAS WELLS USING NEWTON RAPHSON ITERATION METHOD
title_fullStr TUBING SYSTEM PERFORMANCE PROFILING OF DRY GAS WELLS USING NEWTON RAPHSON ITERATION METHOD
title_full_unstemmed TUBING SYSTEM PERFORMANCE PROFILING OF DRY GAS WELLS USING NEWTON RAPHSON ITERATION METHOD
title_sort tubing system performance profiling of dry gas wells using newton raphson iteration method
publisher Alma Mater Publishing House "Vasile Alecsandri" University of Bacau
series Journal of Engineering Studies and Research
issn 2068-7559
2344-4932
publishDate 2021-10-01
description This paper focusses on the use of Newton Raphson iteration in determining gas compressibility factor (z) while performing tubing system performance for dry gas wells through the development of a computer model (TBG_SPARK). However, tubing performance analysis performed on the case study (Well-A and Well-B) revealed that the production system of Well-B performed better – since its tubing size and wellhead pressure was lower than that of Well-A. Also, investigations made using modified data revealed that, lower tubing sizes and higher wellhead pressures yield higher gas rates. Conversely, reverse was the case when wellhead pressures were not varied.
topic computer model, dry gas wells, Newton Raphson, tubing performance, iteration
url http://jesr.ub.ro/1/article/view/267
work_keys_str_mv AT chineduwilfredokologume tubingsystemperformanceprofilingofdrygaswellsusingnewtonraphsoniterationmethod
AT rotimiomonusi tubingsystemperformanceprofilingofdrygaswellsusingnewtonraphsoniterationmethod
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