USA
The Challenge
A major drilling operator engaged in a high-stakes exploration campaign in North Africa required an independent, third-party due diligence audit for Pore Pressure (PP) and Fracture Gradient (FG) analysis. This analysis was a mandatory requirement to satisfy local government partners, satisfy stringent regulatory frameworks, and align with the client’s internal safety and risk controls.
The project faced three significant hurdles:
Data Scarcity: Extremely limited offset well data from which to build accurate geological models.
Temporal Pressure: A condensed delivery window to align with the drilling schedule.
Budgetary Precision: The need for a high-accuracy technical solution that remained cost-effective under strict project expenditure limits.
The Solution
Petram deployed a multidisciplinary team consisting of Pore Pressure Specialists and In-House Software Developers to engineer a bespoke solution. Rather than relying on generic, "off-the-shelf" software that may not account for regional geological nuances, we created a streamlined, proprietary analysis process.
Key actions included:
Algorithm Development: Writing and testing a suite of bespoke algorithms specifically calibrated for North African regional fluid models and sedimentary basins.
Streamlined Workflow: Automating data ingestion to allow our specialists to focus on high-level interpretation rather than manual entry.
Risk Modeling: Implementing probabilistic modeling to account for the lack of offset data, ensuring the results were robust even in "blind" exploration scenarios.
The Delivery
The integration of custom software with geological expertise allowed Petram to exceed the client’s expectations for both speed and technical rigor:
Efficiency Gains: Reduced total analysis time per well by 37.5%, allowing the client to proceed with drilling operations ahead of schedule.
Probabilistic Accuracy: Delivered high-fidelity P10, P50, and P90 estimates for both pore pressure and fracture gradients.
Regulatory Compliance: All results fell well within the desired tolerances, providing the client with the verified data needed to secure regulatory approval and satisfy internal safety audits.
NPT Reduction: The precision of these models directly contributed to the prevention of lost circulation and wellbore instability incidents, significantly reducing the risk of Non-Productive Time (NPT).