OPEN HOLE WASHOUT MAPPING AND STEERING TOOL

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OPEN HOLE WASHOUT MAPPING AND STEERING TOOL - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240301784 titled 'OPEN HOLE WASHOUT MAPPING AND STEERING TOOL

The abstract describes a patent application for a well system that includes a coiled tubing system extendable into a wellbore, along with a washout mapping and steering tool attachable to the coiled tubing. The tool can transition between a nested state, where subcomponent tools are within a central cavity, and a deployed state, where the tools are extended out of the cavity.

Coiled tubing system with washout mapping and steering tool for wellbore operations
Tool can transition between nested and deployed states for efficient use
Subcomponent tools can be arranged within the central cavity of the main body
Tool is conveyable into the wellbore attached to the coiled tubing
Enhances mapping and steering capabilities in well operations

Potential Applications: - Oil and gas drilling operations - Wellbore maintenance and cleaning - Geothermal well operations

Problems Solved: - Improved efficiency in wellbore operations - Enhanced mapping and steering capabilities - Simplified tool deployment and retrieval

Benefits: - Increased accuracy in wellbore operations - Reduced downtime and maintenance costs - Enhanced overall well system performance

Commercial Applications: Title: Advanced Wellbore Mapping and Steering Tool for Enhanced Efficiency in Oil and Gas Operations This technology can be utilized in various commercial applications such as oil and gas drilling companies, well maintenance service providers, and geothermal energy companies. The tool's ability to transition between nested and deployed states offers significant advantages in terms of operational efficiency and cost-effectiveness.

Prior Art: Readers can explore prior art related to wellbore mapping and steering tools in the field of oil and gas drilling technologies, as well as advancements in coiled tubing systems for well operations.

Frequently Updated Research: Researchers are constantly working on improving wellbore mapping and steering tools to enhance efficiency and accuracy in well operations. Stay updated on the latest advancements in this technology for optimal performance in the field.

Questions about Wellbore Mapping and Steering Tools: 1. How does the transition between nested and deployed states improve efficiency in well operations? 2. What are the key advantages of using a washout mapping and steering tool in coiled tubing systems for wellbore operations?

Original Abstract Submitted

a well system includes a coiled tubing system arranged at a well surface and including coiled tubing extendable into a wellbore, and a washout mapping and steering tool conveyable into the wellbore as attached to the coiled tubing. the washout mapping and steering tool includes a main body having opposing first and second ends and defining a central cavity, the first end being operatively coupled to the coiled tubing and the second end being open to expose the central cavity, and one or more subcomponent tools arrangeable within the central cavity in a nested relationship. the washout mapping and steering tool is transitionable within the wellbore between a nested state, where the one or more subcomponent tools are arranged within the central cavity, and a deployed state, where the one or more subcomponent tools are extended out of the central cavity.