Metaverse Space for Real-Time Wellbore Optimization
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Solution Overview
Problem
Determining optimal parameters for wellbore operations, such as drilling, completion, and production, is challenging without access to engineering resources or real-time data, leading to inefficiencies in fluid extraction and formation management.
Innovation Solution
A metaverse space is utilized to optimize wellbore operations by providing a virtual environment where entities can access real-time data and engineering models via augmented or virtual reality, using physics-based and data-science models to predict and control parameters, and interface with blockchain technology for security, allowing for real-time adjustments and simulations.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If engineering services and resources are not available, then determining optimal parameters for wellbore operations becomes difficult, but this leads to inefficiencies in fluid extraction and formation management
Solution Approach 1:
The patent creates a virtual copy of the physical wellbore environment within a metaverse space, including virtual representations of drilling equipment, subterranean formations, and operational parameters. This virtual model allows engineering analysis and optimization to proceed without requiring physical presence of engineering services at the wellsite, thereby maintaining optimization reliability while ensuring continuous productivity
Solution Approach 2:
The metaverse space acts as an intermediary between the physical wellbore operation and the engineering analysis process. Virtual avatars and digital twins serve as mediators that transmit operational data from the physical environment to engineering models, enabling parameter optimization to occur remotely and continuously without interrupting fluid extraction operations
2Productivity
If real-time data and engineering models are accessed through traditional methods, then optimization can occur, but resource requirements and system complexity increase
Solution Approach 1:
The patent merges multiple separate systems into a unified metaverse environment: operational data streams, engineering models, virtual visualization interfaces, and control systems are integrated into a single digital space. This consolidation reduces the complexity of managing separate systems while maintaining real-time optimization capabilities and improving operational efficiency through unified access
3Extent of automation
If traditional wellbore operation monitoring is used, then basic parameters can be tracked, but real-time optimization and autonomous control are not achieved
Solution Approach 1:
The metaverse space implements continuous feedback loops where virtual sensors monitor wellbore parameters in real-time, engineering models analyze the data, and optimization results are immediately transmitted back to control systems. This closed-loop feedback enables autonomous adjustment of drilling parameters without human intervention, achieving real-time optimization and eliminating response delays associated with manual monitoring
Data Source
AI summary
A system can be used for optimizing a wellbore operation via a metaverse space that can include one or more avatars. The system can provide access to the metaverse space for an entity. The metaverse space can be a computer-generated representation of a location relating to a wellbore operation. The system can receive, via an avatar in the metaverse space, a query from the entity relating to the wellbore operation. The avatar can include software applications for performing tasks in the metaverse space. The system can execute, via the avatar, a request to a micro-service for at least one solution parameter based on the query. The request can cause the micro-service to generate the at least one solution parameter. The system can receive the at least one solution parameter from the micro-service. The system can output the at least one solution parameter for adjusting the wellbore operation.