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Great Data Isn’t Enough; It Has to Be Usable – Curate 2025.2 Smarter Subsurface Workflows, Faster Insights: Unveiling RokDoc 2025.2 Exploratory Data Analysis (EDA) Tool for Well-Log Data Data Management Isn’t Just for Data Managers Maximizing Your Workflow Efficiency: Seamless Integration of Petrel and RokDoc Ensuring Safe Drilling using Shale-Based Pore Pressure Prediction: an Introduction and Review of the Workflow in RokDoc Revolutionize Your Seismic Interpretation: Explore the Impact of Elastic Properties and Geometry with Attrimod’s Multi-Scenario, Multi-2D Synthetic Seismic Modelling Enhancing Reservoir Management a Comprehensive 4D Monitoring Approach Through Rock Physics Unleashing the Potential of Machine Learning: Enhanced Algorithms for Accurate Prediction with Geological Insights From Vision to Reality: Fireside Chat on Curate’s Recent Advances and Real-Life Success Stories Curate Well Surveillance: Enhancing Collaboration for Improved Efficiency, Accuracy, and Risk Management Enhancing Understanding of the Delaware Basin’s Spatial Geological Heterogeneity Through Pre-Stack Seismic Inversion Maximizing Subsurface Benefits Through Automated Data Management Maximizing Carbonate Potential With Rock Physics Modeling Curate: Workflows to Maximize Subsurface Data Efficiency Well Log QAC and Rock Physics Modelling in a Data-poor Environment Roknowledge West of Shetland Rock Physics Study Phase 2 West of Shetland Rock Physics Study Phase 1 West of Shetland Pressure Study UK Onshore Carboniferous Shale Study Southern North Sea Well Database North Sea Viking Graben Pressure Study North Sea Central Graben Pressure Study Phase 2 North Sea Central Graben Pressure Study Phase 1 Red Tank Ji-Fi with Fairfield Geotechnologies Mid Norway Pressure Study 2nd Edition Niger Delta Pressure Study Phase 3: Onshore and Swamp Newfoundland and Labrador Rock Physics Study Central North Sea Salinity Database NW Shelf Pressure Study: Australia’s Carnarvon Basin Niger Delta Pressure Study Phase 2: Shallow Water and Continental Shelf Newfoundland and Labrador Pressure Study Central North Sea Rock Physics with Pressure Study Australian NW Shelf Pressure Study: Browse Basin Barents Sea Pressure Study Niger Delta Pressure Study Phase 1: Deep and Ultra Deep Water Offshore Lower Tertiary Pressure Study – Deep Water Gulf of Mexico Australian NW Shelf Inversion Study: Carnarvon Basin Building a Worldwide Carbonate Database for Rock Physics Modeling Integrated Workflows for Drilling Optimization and Enhanced Production – A Midland Basin Case Study New Functionality in the Most Recent Releases of RokDoc (2022.4) Uplifting the Pore Pressure Prediction Workflow in RokDoc: Getting it Right by Infusing Rock Physics Automated Rock Physics Model Selection for Exploration and Production (Rock Physics Machine Learning) 5 Ways Integrated Pre-Drill and Real-Time PPFG Teams Improve Drilling Success Carbon Capture and Storage (CCS) Technology – 4D Rock Physics of UK CCS Sites Integrating Disciplines to Unlock the Value of Data and Drive ROI REX-CO₂: Subsurface Data Crucial for Carbon Capture and Storage Taking Your Seismic to Predict Drilling Parameters: Comparing Simultaneous Inversion and Facies-based Inversion Accelerating Business Value From Data & Analytics Empowering End-Users: The Key to Turning Digital Potential Into Realized Revenue Calibration of Rock Physics Models in RokDoc Testing Multiple Scenarios with Ikon’s Rock Physics Driven 2D Models When is PPFG not enough? The Poroelastic Equation Approach to Defining the Drilling Window Integrating Rock Physics Into Pore Pressure Prediction Defining The Safe Drilling Window: An Introduction and Review of the Shale-Based Pore Pressure Prediction Workflow in RokDoc Find Value and Maximise Your Resources With Multi-well Workflows in RokDoc Re-using Existing Wells for CO₂ Storage Digital Transformation in Upstream O&G: Session 1 – The Why Digital Transformation in Upstream O&G: Session 2 – The How Digital Transformation in Upstream O&G: Session 3 – PETEX 2021 Reservoir Characterization Base License – Basic Workflows in RokDoc Extended Elastic Impedance (EEI) for Exploration Digital Transformation and the OSDU™ Data Platform: Why You Can’t Afford to Wait Rock Physics Modeling of Silicious and Carbonate Facies: Conceptual AVO Models Applied to Reservoirs Around the Globe Bayesian Facies Classification Using Depth Trends and Elastic Values From Simultaneous and Facies-based Inversions: a Montney Case Study TOC Removal Methodologies for Pore Pressure Prediction in Organic-rich Formations Australia’s Carnarvon Basin: Unravelling The Pressure Highs, Lows, and Surprises of One of The World’s Most Varied Petroleum Basins and Its Future Prospects More Than an Archive: The Power of Data Management in a Digital World Elastic Depth Trends for Siliciclastic Sequences Real-Time Pore Pressure Analysis: Why You Might Need It, What We Should Do, What We Shouldn’t Do and a New Way Forward RokDoc Attrimod: Multi-Scenario, Multi-Attribute Forward Modelling Workflows for Efficient Amplitude Screening Best Practices In Seismic Data QC and Conditioning For AVO and Inversion A New Way of Working: Ending the Monolithic Approach to Workflows Empowering End-Users: The Real Value of Digital Transformation A Regional Rock Physics and Geopressure Interpretation Framework for the Central North Sea Curate: Subsurface Knowledge Platform Introducing Curate: Ikon’s New Subsurface Knowledge Management Platform Rock Physics Modelling of Carbonates Depth Dependent Lateral Amplitude Correction for Onshore Seismic Understanding the Spatial Geological Heterogeneity of the Delaware Basin from Pre-Stack Seismic Inversion Regional Dynamic Rock Physics for Exploration West of Shetlands Pore Pressure Prediction in Unconventional Shale Plays Understanding the Pressure Regimes in the Lower Tertiary Wilcox Inversion for Drillers Density Prediction From Seismic Inversion Lunch and Learn: The Business Case for Investing in Digital Transformation in O&G Inversión Sísmica Conjunta de Impedancias y Facies – Ji-Fi Compaction and Subsidence Geomechanics: A Case Study from the North Sea with IOG Regional Rock Physics Trends for Atlantic Canada Best Practices in Pore Pressure Data Analysis and Quality Control The Devil is in the Data: How Data Can Save The Oil and Gas Industry Building a Regional Pressure Model: A Case Study From The Browse Basin Cross Discipline Well Data Analysis Rock Physics Driven 2D Seismic Forward Modelling Creating and Calibrating 1D Geomechanics Models: Integrating Log Data, Drilling Events, Field Tests, and Laboratory Data Petrophysics for Rock Physics Empirical Bayesian Multi-Angle Wavelet Combination Effective Seismic Reservoir Characterisation Recognizing The Importance of Quantifying and Correcting For Total Organic Carbon (TOC) To Reduce Uncertainty in Pore Pressure Prediction Exploiting Basin Models to Constrain Seismic Reservoir Characterisation in Frontier Exploration Settings Rock Physics Driven Inversion: The Importance of Reservoir Characterization Workflow Facies Based Inversion – A New Paradigm In Seismic Reservoir Characterisation Multi-Scenario Multi-Realisation Seismic Inversion Overcoming Industry Challenges Through Technology Transformation Leveraging Existing Databases for Advanced Analytics of the Future A Complete Guide to Rock Physics and AVO A Predictive Rock Physics Framework for Frontier Exploration The Willem 3D Seismic Survey – Facies-based Seismic Inversion Joint Impedance and Facies Inversion – Seismic Inversion Redefined Joint Facies and Rock Properties Bayesian AVO Inversion Real-Time Pore Pressure Monitoring Real-time Monitoring Plays a Vital Role in Successful Drilling Operations Predicting Pore Pressure from Onshore Seismic Data in the Delaware Basin Yet Another Dry Hole: Using Digital Transformation to Improve Drilling Success Reduced Risk in Plugging and Abandoning (P&A) on the UKCS Understanding Pore Pressures in Undrilled Areas Using Analogues Computation of Anisotropic Elastic Moduli for Muscovite and Clay Minerals Cost Effective Strategies for Exploration, Development and Production of Assets – Virtual Roundtable Understand Pore Pressure in Data Limited Areas: A Case Study From Deep Water Myanmar Monitoring Pore Pressure in Real-Time: Capabilities, Case Studies and Implications Integrated Simulation to Seismic and Seismic Reservoir Characterization in a CO₂ EOR Monitoring Application Ikon Solutions Services Overview Integration of Rock Physics Modelling to Improve Pore Pressure Prediction in Unconventional Shales A Multidisciplinary Approach to Inversion Feasibility Analysis for an Unconventional Reservoir Characterization Seismic Data Conditioning is an Essential Step for Facies Prediction APAC Anisotropy in Sonic Measurements and Seismic Inversion Examples from Offshore Malaysia Seismic Data Conditioning is an Essential Step for Facies Prediction (EMEA & AMERICAS) Seismic-Based De-Risking of Unconventional Plays by Integrating Rock Physics, Inversion, Geopressure, and Geomechanics An Introduction to Rock Physics in the Hydrocarbon Exploration Workflow Integrated Simulation-to-Seismic and Seismic Reservoir Characterization in a CO₂ EOR Monitoring Application Smarter decisions with Better Wavelets Using RokDoc WellTie and RokDoc Petrel Interconnector RokDoc for Development: Maximize the Value Gained from 4D Seismic Challenges And Solutions In Carbonates – A Case Study from Southeast Asia Pinnacle Reef E&P Knowledge on Demand Predicting the Response to Fracture Stimulation from Seismic From Direct Pressure Data to 3D Pore Pressure Prediction Exploiting Unconventional Resources The Ikon Team is at your Service! Transform Your Data into Knowledge Infographic Willem 3D: Reprocessed, inverted, revitalized Drop Bear Case Study – Ikon Science Approach Offshore Sarawak Carbonates Case Study Understanding Uncertainty in Pore Pressure Prediction Carbonate Rock Physics: Challenges and Solutions Understanding Elastic Anisotropy Seismic Reservoir Characterisation in Depth Domain Well Log QAC and Rock Physics Modelling in RokDoc Science & Social: Smart Shut-in Technology Petrophysics for Rock Physics – EMEA & APAC Petrophysics for Rock Physics – Americas Science & Social: Can you handle the Pressure? Science & Social: Landing Zone Strategies for Unconventional Shale Reservoirs Effective Seismic Reservoir Characterization, a Rock Physics Approach Meeting the Decommissioning Challenge – Addressing the Cost and Safety Issues of Abandoning Wells Conventional Oil and Gas Exploration RokDoc Rock Physics Reservoir Monitoring Add-on RokDoc Reservoir Characterization RokDoc Seismic Data Conditioning & Inversion RokDoc Reservoir Characterization RokDoc Pressure Prediction RokDoc Rock Physics Module Video Conventional Oil and Gas Exploration – White Paper RokDoc Rock Physics RokDoc Geoprediction Platform Linking Preferred Orientation of Shale Minerals to their Elasticity Inversion of 4D Seismic Data for Production Facies A Machine Learning Approach to Quantitative Interpretation A Geological Pressure Model for the Browse Basin and the Southern Vulcan Sub-Basin, NWS Australia A Probabilistic Multi-Scenario Seismic Inversion Scheme for Field Development and Appraisal A Subsurface Data Driven Approach to Improving Efficiencies in Decommissioning Seismic Data Conditioning is an Essential Step for Facies Prediction Depth Domain Facies Based Inversion Missing Well Log Prediction Using Deep Recurrent Neural Networks Improved Seismic Characterization Through Facies Based Inversion in the Depth Domain Frontier Exploration: Considerations When Developing A Predictive Rock Physics Framework Building A Geological-Pressure Model Incorporating Global Analogues An Integrated Deep Learning Solution for Petrophysics, Pore Pressure, and Geomechanics Property Prediction Machine Learning and Learning From Machines Play Scale Seismic Characterization – Using Basin Models as an Input in New and Emerging Plays Quantitative Interpretation Using Facies-Based Inversion Applied to the Ordovician Red River U4 Dolomite Interval, Williston Basin Using Traditional Methods to Predict Pore Pressure in Devonian Black Shale Basins of North East British Columbia Extending Field Life The Development of a Quantitative Interpretation Workflow for Shale Reservoirs Selecting Fit-to-Purpose RPM in Seismic Reservoir Characterization Density From Seismic Inversion Facies-Based Reservoir Characterization Through the Asset lifecycle Ultra-deep and Ultra-safe: Combining Facies Predictions and PPFG Well Planning for the Ultra-Deep water Ayame-1X Exploration Well, Côte d’Ivoire 4D Stress Sensitivity of Dry Rock Frame Moduli: Constraints From Geomechanical Integration Full-Waveform Inversion for Reservoir Characterization: A Synthetic Study Quantitative Interpretation (QI) – Facies-Based Seismic Inversion Using Seismic Inversion to Predict Geomechanical Well Behavior: A Case Study From the Permian Basin Facies Constrained Elastic Full Waveform Inversion Accuracy of Wavelets, Seismic Inversion and Thin Bed Resolution Rock Physics as a Constraint on Seismic Inversion: A Carbonate Case Study The Analysis of Meaningful Uncertainty in Pore Pressure Prediction Seismic and Rock Properties Pore Pressure Modelling in Data Limited Areas – A Case Study from a Deepwater Block, Offshore Rakhine Basin, Myanmar Stuck Between a Rock and a Reflection: A Tutorial on Low-Frequency Models for Seismic Inversion Rock Physics, Broadband Seismic and Facies Based Seismic Inversion Well Tie for Broadband Seismic Data Real-time Monitoring, Using All Available Data, Plays A Vital Role In Successful Drilling Operations Monitoring Wells in Real Time using Depth- and Time-based Data