Extract additional insights by incorporating cased and open hole data throughout the lifecycle of your well

Using IP's cased hole log analysis modules, Exploration & Production operators and service companies can now oversee every stage of a well's lifecycle, gaining deeper insights along the way to enhance their understanding and improve the project's overall effectiveness.

As the Oil & Gas industry matures, the ability to track well performance and integrity throughout its lifecycle, up to abandonment, is becoming increasingly critical. A single software solution capable of managing all data types enables geoscientists to work more quickly and efficiently while also cutting costs. By analyzing cased hole and open hole data types side by side, users can uncover valuable insights about their wells that might have been overlooked when dealing with isolated data silos.

"No longer do we need separate software packages to analyze open hole and cased hole data. With the introduction of our Casing Inspection and Carbon Oxygen modules, IP now has a wide range of Cased Hole modules which, together, can be used to interpret all data types throughout the whole lifecycle of the well in one package." Says Ross Brackenridge, IP’s Cased Hole Product Champion.

• Well diagram manager: Build Casing Diagrams and add to any logplot or display as cross section or 3D view. Full database of common pipe sizes. Add perforations and downhole hardware. Colour pipe based on any log curve.
• Production Logging: Calculate downhole production rates including cumulative and zonal contributions of each reservoir zone. Standard workflow for conventional PL data in vertical or slightly deviated wells. Advanced workflow for PL array tools calculating multi-phase flow profiles in highly deviated or horizontal wells. Includes specific workflows for both MAPS and FSI array tools.
• Casing hole inspection: Assess the condition of downhole casing or tubing with the Casing Inspection module. The module handles radial data from Multi-finger Caliper and radial/thickness data from Ultrasonic Tools. It can apply a variety of correction to raw data before calculating detailed statistic and grading each section.
• Cement evaluation: Assess Cement Bond Log data for all the required criteria needed to indicate annular hydraulic isolation. Handles full range of common tool types from basic CBL through to advanced tools such as SLB Isolation Scanner and Baker Hughes Integrity Explorer.
• Reservoir water saturation:
  • Sigma Sw Analysis: Use the Sigma Sw Analysis module for stand-alone interpretation in reservoirs with moderate to high water salinity.
  • Sigma Time Lapse: Detect changes in saturation over time by comparing new and old Pulsed Neutron Sigma runs.
  • CO Sw Analysis: Calculate water saturation behind casing when your reservoir water salinity is low, mixed or unknown. The workflow combines Carbon Oxygen (CO) data from pulsed neutron tools with the Well Diagram, Open Hole data and CO tool response models to calculate a through casing Sw.
  • Gas-Liquid Analysis – Use Inelastic count data from Pulsed Neutron logs to differentiate between gas and liquid presence in reservoir behind casing

In conclusion, IP's advanced suite of cased hole log analysis modules revolutionizes the way operators and service companies manage well lifecycle performance. By consolidating diverse data types and enabling seamless analysis in a single software package, users can achieve greater efficiency, uncover deeper insights, and make informed decisions across every stage of a well’s life. From enhancing production rates and evaluating cement integrity to monitoring reservoir saturation and assessing casing conditions, IP's comprehensive tools empower geoscientists to optimize workflows, reduce costs, and ensure the success of their projects. As the industry continues to evolve, these innovative solutions position operators to navigate challenges and drive sustainable growth with confidence.