A Model Approach to Analytically Identify Stuck Pipe and Its Mechanism in Wellbore

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  •   Boniface A. Oriji

  •   Iribhogbe Silas Aire

Abstract

Stuck pipe incidents translate to non-productive time. There is a need to mitigate stuck pipe incidents which can be achieved by conforming to recommended practices. Also, quick diagnosis is necessary in order to free a stuck pipe. Trial-and-error method can further complicate the situation. This work aims at diagnosing stuck pipe mechanisms and recommend practices to free a stuck pipe. spANALYZE also estimates the axial force and torque needed to free a stuck pipe caused by differential sticking. spANALYZE is a thick desktop client application developed in C# using the Microsoft Visual Studio 2019 development environment. It is an object-oriented .NET application that utilizes the Windows Presentation Foundation (WPF) architecture for its user interface. Each of the analyzers within spANALYZE were implemented generically as a list of nodes, representing the concept of a flow chart. New analyzers can easily be added simply by programmatically defining each node in the flow chart. Each node has a node identifier, a node type, node text, and the node identifiers of each answer – yes, no and restricted. spANALYZE presents the following benefits: quick and early detection of stuck pipe mechanisms, propose recommended action steps to free pipe, calculate stuck pipe depth, compute the torque and axial force needed to free a stuck string.


Keywords: Stuck pipe, Diagnosis, Differential sticking, Wellbore, Drilling, Software

References

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How to Cite
[1]
Oriji, B. and Aire, I. 2020. A Model Approach to Analytically Identify Stuck Pipe and Its Mechanism in Wellbore. European Journal of Engineering and Technology Research. 5, 3 (Mar. 2020), 387-394. DOI:https://doi.org/10.24018/ejers.2020.5.3.1845.