Badley Geoscience Ltd

We’re excited to announce the latest update to T7, version 7.410, is now live! This release introduces a range of powerful new features designed to enhance interpretation and insight. Here are just a few of the highlights: 🧠 AI Seismic Domains Analysis A new technology that uses unsupervised deep learning to segment seismic amplitude data into regions with similar signal patterns (domains), helping reveal hidden geological features and reservoir characteristics. 📊 Spill and Leak Point Visualisation on Fault Surfaces Gain deeper insight into fault seal behaviour by differentiating between juxtaposition sealing and membrane/capillary sealing mechanisms. Use our new attributes to visualise modelled seal capacity and leak points, and to identify risk relating to reliance on membrane/capillary sealing. 🚦 Categorical Display Method Filters Create clear, intuitive visualisations powered by user-defined colour rules. In this post we show a simple traffic-light scheme for representing risk on map centrelines, with slip tendency classified into three categories. The flexibility of this functionality allows you to go further by combining multiple attributes, enabling more comprehensive analysis of complex risk factors and clearer communication of key insights. ➕ Plus much more! We’re incredibly proud of this update and look forward to seeing how these new capabilities enhance your interpretation and decision-making.

Understanding whether faults are close to failure is critical in today’s subsurface projects, whether you’re managing pressure changes during injection for CO₂ or H₂ storage, developing geothermal, or exploring for hydrocarbons. ⚠️When subsurface effective stresses shift – through buoyancy-driven pressure changes, injection, or depletion – faults respond. 💡Critically-stressed faults and fractures are more likely to slip or remain open to flow. 👉 In storage projects, that could mean a risk to containment 👉 For oil and gas, this could mean compromised trap integrity Use our T7.4 StressTester tools to: ✔️ Build stress scenarios from simple 1D models to complex 3D ones ✔️ Apply stress conditions to your fault models ✔️ Quantify slip tendency, slip stability, dilation tendency, and more 🚀 Get fast, reliable insights into which faults are stable, which are critically stressed, and how they may respond to pressure changes. 📩 Want to see T7.4 in action or learn more about our consultancy and training? Get in touch!

Join us at the NAPE Conference 2025! Our MD, Mr. Bashir Koledoye, will be presenting a technical paper titled:  “Applying Quantitative Fault QC Methods to Reduce the Risk of Dry Holes and Optimize the Economics of New Prospecting and Mineral Licenses.” Date: Thursday, 13th November 2025 Time: 14:30 – 15:10 Venue: Eko Hotel & Suites, Lagos This presentation will explore how advanced fault quality control and structural interpretation techniques can enhance exploration success, improve economic returns, and support data-driven decisions in field development. We look forward to connecting with professionals and industry leaders driving innovation across the energy industry. Don’t forget to visit us at Booth C4 to learn more about how the Badley Geoscience Ltd T7 software, and how our specialized service offerings can help you achieve greater confidence in fault seal analysis and subsurface interpretation. #NAPE2025 #DharmattanGroup #Geoscience #Exploration #EnergyDevelopment #FaultQC #PetroleumEngineering #SustainableEnergy #Innovation

Day 2 at #ICERio2025 and the energy is fantastic! ⚡ We’ve been having great conversations, reconnecting with familiar faces and meeting new ones across the geoscience community. Rio never disappoints — and neither does the buzz around our booth. Excited for what the rest of the event will bring! #ICEAAPG #Rio2025 #Geoscience

We are ready to rock in Rio! Drop by booth #203 to talk all things structural. We’re also giving away some nice goodies so we look forward to meeting friends old and new in the coming days at #ICERio2025

🚀 New Release: T7.4 is here! 🚀 The wait is over. Shaping the future of fault analysis and CO₂ storage. ✨ What’s inside T7.4: 🟢Fault Seal Uncertainty – Stochastic simulations delivering P10, P50, P90 confidence results. 🟢Across-Fault Seal Analysis – Multi-fault mapping to identify traps & de-risk leakage pathways. 🟢Enhanced AI Fault Detection – Faster, smarter, geologically-driven results 📊 Built for the most complex subsurface challenges. 👉 Start exploring T7.4 today. Request the new version or book a demo trial to see it in action.

Fault polygons—the intersection of fault and horizon surfaces—are the building blocks of any robust fault framework model. They’re not just geometry; they’re the key to unlocking accurate fault seal predictions. 🛠️ T7 makes polygon creation intuitive and powerful. Built by structural geologists for structural analysis, T7 empowers explorationists to perform expert-level interpretation with confidence. 📈 Why do fault polygons matter? They form the basis for projecting well data (like v-shale curves) onto fault surfaces—enabling first-order juxtaposition analysis and second-order membrane seal prediction using metrics like SGR. 🔍 Quality Control Built In Polygons aren’t just inputs—they’re also a critical QC tool. Because they directly represent throw, inconsistencies can reveal: ✔️ Missed fault interactions ✔️ Hidden fault segmentation ✔️ Issues with horizon or fault interpretations 💡If your polygons aren’t interacting in a self-consistent way, your fault seal predictions are at risk. T7 highlights these problems—so you can fix them before they impact your decisions. 🚀 Ready to See T7 in Action? T7 is the only software purpose-built for fault seal analysis. Whether you're interested in expert consultancy, software training, or hands-on evaluation, we’d love to show you how T7 can transform your workflows. 📩 Get in touch to learn more!