Wellbore Drilling Data Visualization Method
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Solution Overview
Problem
Current techniques for analyzing drilling performance data are inefficient, requiring extensive time and depth-based reviews to understand relationships between subsurface environments, drilling equipment, and operating parameters, making it difficult to plan and execute wellbore drilling effectively.
Innovation Solution
A method for generating a visual representation of wellbore drilling parameters, where a predetermined length of drilled wellbore is represented as a two-dimensional shape, with one dimension corresponding to time and the other to drilling or environmental parameters, allowing for improved data visualization and analysis.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If traditional time and depth based data review methods are used for drilling performance analysis, then comprehensive data coverage is achieved, but analysis time and complexity increase significantly
Solution Approach 1:
The patent transforms traditional one-dimensional time-based or depth-based data representations into two-dimensional visual displays where one axis represents depth and the other represents drilling parameters or performance metrics. This dimensional transformation allows analysts to simultaneously observe multiple parameters across different depths, achieving comprehensive analysis coverage while dramatically reducing the time required compared to reviewing sequential time-series data.
2Loss of information
If detailed drilling parameter data is reviewed to understand relationships between subsurface environment and drilling performance, then analysis accuracy improves, but the complexity of data interpretation increases
Solution Approach 1:
The patent merges multiple drilling parameters, subsurface environmental data, and performance metrics into a single integrated two-dimensional visual display. By combining these previously separate data streams into one cohesive visualization where depth is plotted against multiple parameters simultaneously, the system preserves all critical information while simplifying interpretation through unified presentation rather than requiring analysts to cross-reference multiple separate data sources.
Data Source
AI summary
A method for generating a visual representation of wellbore drilling parameters includes representing a predetermined length of drilled wellbore as a two dimensional shape, wherein one dimension of the shape corresponds to the predetermined length and the other dimension of the shape corresponds to at least one of a drilling parameter, a statistical measure of a drilling parameter and an environmental parameter. In a computer, values of the at least one of a drilling parameter, a statistical measure of a drilling or environmental parameter and an environmental parameter are received as input. The two dimensional shape is plotted in a visual representation.