Intelligent Reservoir Analysis & Decision Platform
Intelligent Reservoir Analysis & Decision Platform
One-stop intelligent platform for reservoir analysis, decision-making, and management across the full lifecycle.
JuraOFM is an intelligent business platform designed to support reservoir performance analysis, development plan optimization, and production decision-making. Covering multiple operational levels—including individual wells, well groups, blocks, and entire oilfields—the platform enables the centralized integration, correlation, and management of static geological information, dynamic production data, engineering operation records, well test data, and analytical outputs from external professional software.
By incorporating AI agents, JuraOFM connects key business processes, including data acquisition, analytical method application, performance analysis, decision support, intervention recommendations, and effectiveness tracking. It enables engineers to complete the entire workflow—from data preparation and decision support to post-implementation performance evaluation—within a unified environment, thereby improving the efficiency, standardization, and consistency of reservoir studies and production decision-making.
Critical static and dynamic reservoir data is scattered across disparate systems without unified standards, preventing the establishment of a cohesive, intelligent analysis framework.
A lack of integrated visualization methods combining static and dynamic data with geological and simulation models hinders a comprehensive and intuitive understanding of reservoir status.
Current analytical approaches are often fragmented rather than systematic, obstructing the development of standardized and repeatable workflows.
Development decisions rely heavily on experiential judgment, lacking systematic, model-driven support based on full-dimensional data analysis.
Complex reservoirs and specific development phases suffer from a shortage of tailored analytical methods, resulting in low efficiency and poor accuracy.
The absence of real-time anomaly detection and intelligent analysis mechanisms leads to delayed problem identification and lengthy, inefficient analysis cycles.
Built upon JuraDataHub, integrating static and dynamic data alongside outputs from specialized software. JuraOFM seamlessly interfaces with industry-standard tools such as Petrel and Eclipse, supporting comprehensive reservoir analysis and collaborative decision-making.
Integrated reservoir engineering tools analyze static and dynamic data, providing multi-dimensional visualization of reservoir performance. Support real-time collaboration and have access to key indicators for efficient monitoring.
Based on JuraDiagX and natural language processing technology, JuraOFM automatically interprets and deeply analyzes business questions, constructs comprehensive analytical workflows, and builds an automated diagnostic tool for production and reservoir issues.
A unified framework from data to decision, ensuring seamless flow and consistent insight across every stage.
30+ proven reservoir models, from Arps decline curves to waterflood analysis, delivering reliable results across the full lifecycle.
3D geological models, dynamic dashboards, and clear performance comparisons turn complex data into instant understanding.
Connect effortlessly with Petrel, Eclipse, SCADA, and more—breaking software barriers and keeping data always up to date.
This solution is designed for conventional oilfields that have entered the development and production stage and accumulated relatively comprehensive reservoir performance data. It is particularly suitable for waterflood developments, mature oilfields focused on production stabilization, and blocks in the medium- to high-water-cut stage.
The solution supports routine reservoir performance monitoring, ten-day and monthly production analysis, abnormal well screening, and post-intervention performance evaluation. By integrating the entire workflow—from anomaly detection and evidence consolidation to cause identification, intervention recommendations, and performance tracking—it helps reservoir engineers rapidly identify production changes in individual wells, diagnose potential causes, develop appropriate corrective actions, and evaluate implementation outcomes.
Challenges
Solution
This solution is designed for waterflooded blocks, mature oilfield redevelopment areas, blocks with pronounced injection–production imbalances, and business units requiring continuous evaluation of waterflood performance. It supports well-group performance monitoring, monthly and quarterly development analysis, injection–production adjustment planning, waterflood response evaluation, and post-intervention review.
By integrating the entire workflow—from well-group overview, connectivity assessment, and response identification to problem diagnosis, adjustment recommendations, and performance review—the solution helps reservoir engineers clarify interwell connectivity, identify responding production wells and quantify their response, diagnose key well-group issues, and formulate targeted adjustment recommendations.
Challenges
Solution
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