Jar Placement

Overview OGEMS (Oil & Gas Enterprise Mobile Solutions Suite) developed by Parallel Minds for clients is a comprehensive suite of enterprise mobile apps designed to address various challenges faced by the oil and gas industry. With a focus on improving business productivity, reducing sales cycle time, enhancing equipment rental processes, and integrating off-shore and on-shore […]

Overview

OGEMS (Oil & Gas Enterprise Mobile Solutions Suite) developed by Parallel Minds for clients is a comprehensive suite of enterprise mobile apps designed to address various challenges faced by the oil and gas industry. With a focus on improving business productivity, reducing sales cycle time, enhancing equipment rental processes, and integrating off-shore and on-shore operations, OGEMS has become a game-changer in the industry. This case study highlights the impact of OGEMS and Parallel Minds’ expertise in developing enterprise mobile apps specific to the oil and gas domain.

Challenge

Before the implementation of OGEMS, the process of determining optimal jar placement in well profiles was complex and time-consuming. Site engineers relied on manual calculations and reference materials to determine the best placement location, which often led to suboptimal results and increased the risk of unsuccessful operations. The lack of a streamlined and standardized process hindered the efficiency and effectiveness of jar placement operations.

JAR PLACEMENT APP
As part of the OGEMS suite, Parallel Minds developed the Jar Placement app to revolutionize and optimize the jar placement process. This app introduced the following features, simplifying and enhancing the jar placement operation:

  • Well Profile Selection: The app allowed the site engineer to select the well profile type, either horizontal or vertical (S or J-shaped). This ensured that the app’s algorithms and calculations were tailored to the specific well geometry.
  • Guided Parameter Specification: The app provided a step-by-step guide to help the engineer choose and specify the standard parameters necessary for jar placement. This streamlined the parameter selection process and reduced the risk of errors.
  • Optimal Jar Placement: Using the specified parameters and advanced algorithms, the app generated a drill string with the jar placed at the optimal location within the well. This ensured that the maximum impact could be applied to the stuck point, increasing the chances of successful jar operations.
  • Interactive Jar Placement Adjustment: The app allowed the engineer to manually adjust the jar placement, taking into account their expertise and any additional factors. This interactive feature empowered the engineer to fine-tune the jar placement for maximum impact and operational success.
  • Data Export and Validation: Once the jar placement was finalized, the engineer could export the jar placement data and share it with the engineering team for validation and approval. This streamlined communication between site engineers and the engineering team, ensuring that the jar placement adhered to the required standards and operational objectives.

Solution

The implementation of the Jar Placement app within the OGEMS suite resulted in significant improvements in the jar placement process, leading to several benefits, including:

  • Improved Accuracy and Success Rate: The app’s advanced algorithms and guided parameter specification eliminated the reliance on manual calculations and reference materials, resulting in more accurate and optimal jar placement. This increased the success rate of jar operations and reduced the risk of unsuccessful interventions.
  • Time Savings and Efficiency: The streamlined and standardized process offered by the app reduced the time required for jar placement operations. The app’s automation and interactive features allowed site engineers to perform their tasks more efficiently, leading to overall time savings in the operational workflow.
  • Enhanced Collaboration and Communication: The app facilitated seamless communication and collaboration between site engineers and the engineering team. The ability to export and share jar placement data improved the validation and approval process, ensuring alignment with operational objectives.

Results

Key Metrics Improved:

The implementation of the Jar Placement app within OGEMS resulted in measurable improvements in key metrics:

  • Jar Placement Accuracy: The app’s advanced algorithms and guided parameter specification improved the accuracy of jar placement, resulting in a higher success rate and a reduced need for rework or adjustments.
  • Time Savings: The streamlined process and interactive features of the app reduced the time required for jar placement operations, leading to increased operational efficiency and improved overall productivity.
  • Operational Success Rate: By enabling site engineers to generate optimal jar placement and apply maximum impact to the stuck point, the app contributed to an increased success rate of jar operations, minimizing downtime and costs associated with unsuccessful interventions.
  • Collaboration Efficiency: The app’s data export and sharing capabilities improved collaboration and communication between site engineers and the engineering team, facilitating faster validation and approval processes.

Conclusion

Parallel Minds’ development of the Jar Placement app as part of the OGEMS suite has revolutionized the jar placement process in the oil and gas industry.

By introducing features such as well profile selection, guided parameter specification, optimal jar placement generation, interactive adjustment, and data export for validation, the app has significantly enhanced the accuracy, efficiency, and collaboration in jar placement operations.

The implementation of OGEMS has demonstrated Parallel Minds’ expertise in developing enterprise mobile apps specific to the oil and gas domain, driving digital transformation and operational excellence in the industry.

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