Research and Application of Pumping Program Design Software

In the process of unconventional oil and gas resources development, the use of hydraulic pumping for perforating string transportation has always been the main means in the industry. However, the traditional hydraulic pumping program design of perforating string has some problems, such as completely...

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Main Authors: ZHAO Xindi, YANG Dengbo, LIU Wei, NIE Jingwen, WANG Jian
Format: Article
Language:zho
Published: Editorial Office of Well Logging Technology 2023-04-01
Series:Cejing jishu
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Online Access:https://www.cnpcwlt.com/#/digest?ArticleID=5482
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author ZHAO Xindi
YANG Dengbo
LIU Wei
NIE Jingwen
WANG Jian
author_facet ZHAO Xindi
YANG Dengbo
LIU Wei
NIE Jingwen
WANG Jian
author_sort ZHAO Xindi
collection DOAJ
description In the process of unconventional oil and gas resources development, the use of hydraulic pumping for perforating string transportation has always been the main means in the industry. However, the traditional hydraulic pumping program design of perforating string has some problems, such as completely relying on the experience of engineering personnel, unclear stress state of downhole perforating string and low accuracy of pumping program, which lead to high risk and low efficiency of field construction. In order to complete the fine pumping program design in unconventional horizontal well pumping operation, this paper proposes a fine pumping program design software based on the pressure drop calculation formula of eccentric annular clearance flow. By fitting the pressure drop calculation formula of eccentric annular clearance flow with the actual pumping program parameters, the accurate pumping parameters and stress conditions of each pumping stage are obtained. This software obtains accurate pumping parameters and stress conditions at each stage of pumping by fitting the pressure drop calculation formula for eccentric annular gap flow with the actual pumping program parameters on site. Through software engineering design methods, it simulates key construction parameters such as wellbore state, pipe string parameters, pumping speed, thrust resistance parameters, dynamic characteristics of pumped liquid, and pumping displacement step of perforated pipe string during hydraulic pumping in horizontal wells. This software has been promoted in China National Logging Corporation. As of January, 2023, a total of 213 pumping program designs have been completed, with a design compliance rate of 98.2%.
format Article
id doaj-art-8e7bef37d67b46a08d7e6f36394f9ba8
institution Kabale University
issn 1004-1338
language zho
publishDate 2023-04-01
publisher Editorial Office of Well Logging Technology
record_format Article
series Cejing jishu
spelling doaj-art-8e7bef37d67b46a08d7e6f36394f9ba82025-08-20T03:47:40ZzhoEditorial Office of Well Logging TechnologyCejing jishu1004-13382023-04-0147224725210.16489/j.issn.1004-1338.2023.02.0191004-1338(2023)02-0247-06Research and Application of Pumping Program Design SoftwareZHAO Xindi0YANG Dengbo1LIU Wei2NIE Jingwen3WANG Jian4Southwest Branch, China National Logging Corporation, Chongqing 401120, ChinaSouthwest Branch, China National Logging Corporation, Chongqing 401120, ChinaCCDC Chuandong Drilling Company, Chongqing 401200, ChinaSouthwest Branch, China National Logging Corporation, Chongqing 401120, ChinaSouthwest Branch, China National Logging Corporation, Chongqing 401120, ChinaIn the process of unconventional oil and gas resources development, the use of hydraulic pumping for perforating string transportation has always been the main means in the industry. However, the traditional hydraulic pumping program design of perforating string has some problems, such as completely relying on the experience of engineering personnel, unclear stress state of downhole perforating string and low accuracy of pumping program, which lead to high risk and low efficiency of field construction. In order to complete the fine pumping program design in unconventional horizontal well pumping operation, this paper proposes a fine pumping program design software based on the pressure drop calculation formula of eccentric annular clearance flow. By fitting the pressure drop calculation formula of eccentric annular clearance flow with the actual pumping program parameters, the accurate pumping parameters and stress conditions of each pumping stage are obtained. This software obtains accurate pumping parameters and stress conditions at each stage of pumping by fitting the pressure drop calculation formula for eccentric annular gap flow with the actual pumping program parameters on site. Through software engineering design methods, it simulates key construction parameters such as wellbore state, pipe string parameters, pumping speed, thrust resistance parameters, dynamic characteristics of pumped liquid, and pumping displacement step of perforated pipe string during hydraulic pumping in horizontal wells. This software has been promoted in China National Logging Corporation. As of January, 2023, a total of 213 pumping program designs have been completed, with a design compliance rate of 98.2%.https://www.cnpcwlt.com/#/digest?ArticleID=5482cluster perforating & plughydraulic well pumpingpressure drop of eccentric annular gap flowpumping program design
spellingShingle ZHAO Xindi
YANG Dengbo
LIU Wei
NIE Jingwen
WANG Jian
Research and Application of Pumping Program Design Software
Cejing jishu
cluster perforating & plug
hydraulic well pumping
pressure drop of eccentric annular gap flow
pumping program design
title Research and Application of Pumping Program Design Software
title_full Research and Application of Pumping Program Design Software
title_fullStr Research and Application of Pumping Program Design Software
title_full_unstemmed Research and Application of Pumping Program Design Software
title_short Research and Application of Pumping Program Design Software
title_sort research and application of pumping program design software
topic cluster perforating & plug
hydraulic well pumping
pressure drop of eccentric annular gap flow
pumping program design
url https://www.cnpcwlt.com/#/digest?ArticleID=5482
work_keys_str_mv AT zhaoxindi researchandapplicationofpumpingprogramdesignsoftware
AT yangdengbo researchandapplicationofpumpingprogramdesignsoftware
AT liuwei researchandapplicationofpumpingprogramdesignsoftware
AT niejingwen researchandapplicationofpumpingprogramdesignsoftware
AT wangjian researchandapplicationofpumpingprogramdesignsoftware