Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Overcome Parted Sucker Rod in Artificial Lift Sucker Rod Pump Without Fishing Operation in Pendopo Oil Field

View through CrossRef
Abstract Sucker rod pumping systems are widely used in oil wells. The frequent issue of sucker rod pump is parted sucker rod while operated due to lifetime and workload. Parted sucker rod causes pump off, the pump unable to lift the liquid from the subsurface to the surface, hence causing loss of production. The fishing tool that commonly used to catch the sucker rod fish is overshot or mousetrap. Fishing operation causes rig cost and operating time increase. This paper presents a solution in the operation of reproducing wells with parted sucker rod problem without having to do fishing job. Using parts from sucker rod pumps designed and modified to overcome the problem of catching and connecting parted SR bodies of various sizes, without having to pull out the sucker rod string and replace parted sucker rod or fishing job. This tool has a different catching design compared to the existing tools, such as overshot. The dies are designed to increase flexibility during engaging operation, therefore there is no require to change the dies to catch multiple size of fish. This innovation succeeded in accelerating and increasing the effectiveness of well services operation because without having to do fishing job, resulting in reducing non-productive time and costs. This tool has been used at the Pendopo Field, South Sumatra, Indonesia since the end of 2021 until now, for example in West Benakat Structure with 286 Days (27 March 2023) the well is still producing. The benefits obtained from this tool lead to efficiency in well services operations are saving rig operating costs for well maintenance of USD 20,000 per well, saving rig operating costs and reducing lost production opportunities of more than USD 212,000 during 2022, as well as reducing the potential for work accidents
Title: Overcome Parted Sucker Rod in Artificial Lift Sucker Rod Pump Without Fishing Operation in Pendopo Oil Field
Description:
Abstract Sucker rod pumping systems are widely used in oil wells.
The frequent issue of sucker rod pump is parted sucker rod while operated due to lifetime and workload.
Parted sucker rod causes pump off, the pump unable to lift the liquid from the subsurface to the surface, hence causing loss of production.
The fishing tool that commonly used to catch the sucker rod fish is overshot or mousetrap.
Fishing operation causes rig cost and operating time increase.
This paper presents a solution in the operation of reproducing wells with parted sucker rod problem without having to do fishing job.
Using parts from sucker rod pumps designed and modified to overcome the problem of catching and connecting parted SR bodies of various sizes, without having to pull out the sucker rod string and replace parted sucker rod or fishing job.
This tool has a different catching design compared to the existing tools, such as overshot.
The dies are designed to increase flexibility during engaging operation, therefore there is no require to change the dies to catch multiple size of fish.
This innovation succeeded in accelerating and increasing the effectiveness of well services operation because without having to do fishing job, resulting in reducing non-productive time and costs.
This tool has been used at the Pendopo Field, South Sumatra, Indonesia since the end of 2021 until now, for example in West Benakat Structure with 286 Days (27 March 2023) the well is still producing.
The benefits obtained from this tool lead to efficiency in well services operations are saving rig operating costs for well maintenance of USD 20,000 per well, saving rig operating costs and reducing lost production opportunities of more than USD 212,000 during 2022, as well as reducing the potential for work accidents.

Related Results

New Solutions for Installation of Sucker Rod Pumps in Marginal Field
New Solutions for Installation of Sucker Rod Pumps in Marginal Field
Abstract This paper uses case studies to showcase the techno-economic impact of insert anchor and portable foundation on the development of marginal fields. Case stu...
Fundamental study on rope vibration suppression by middle transfer floor using risk information
Fundamental study on rope vibration suppression by middle transfer floor using risk information
Lifts are essential for means of vertical transportation. Recently, the lifts installed in the high-rise buildings are long travel, thus the lift ropes are becoming longer. The nat...
Sucker Rod Make Up: All About Displacement, or is it?
Sucker Rod Make Up: All About Displacement, or is it?
Abstract Although sucker rod connections are more understood now than they have been in the past, they are a surprisingly complex part of sucker rod operations, and ...
New Era of Sucker Rod Hanger: Innovative Design to Enhance Pulling Out and Running in Hole Sucker Rod Operations
New Era of Sucker Rod Hanger: Innovative Design to Enhance Pulling Out and Running in Hole Sucker Rod Operations
Abstract The purpose of innovative Sucker Rod (SR) hanger is to allow a well pulling hoist to hang a sucker rod string inside a tubing hanger and secure the well. Th...
Gas Lift Journey to Maximize the Asset Value in Platong Field, Gulf of Thailand
Gas Lift Journey to Maximize the Asset Value in Platong Field, Gulf of Thailand
Abstract Operating Platong field in the Gulf of Thailand (GoT) is challenging because of the small compartmentalized reservoirs in the fluvial deposition environm...
A Conceptual Study of Dual Lift Design in Ultradeep Wells
A Conceptual Study of Dual Lift Design in Ultradeep Wells
Abstract For many years rod pumping has been a desirable artificial lift method for on-shore oil wells. Today, in addition to rod pumps, other artificial lift method...
Buckling Prevention Using the Tensioning Device
Buckling Prevention Using the Tensioning Device
Abstract A large fraction of artificially produced oil from mature, almost depleted reservoirs is lifted with sucker rod pumps. To increase the oil recovery factor u...
Improving Artificial Lift Design Through Dynamic Simulation
Improving Artificial Lift Design Through Dynamic Simulation
Abstract In a low commodity price environment, the quickest and most cost efficient way to increase production is by optimizing the existing well stock. The objectiv...

Back to Top