Read More About Premiere Integrated Solutions for Rock Physics, Reservoir Characterization, Pore Pressure Prediction & Geomechanics

Fully Integrated Workflow to Improve Well Planning Ikon Science's proven methodologies have enabled customers to achieve significant savings in operation time and enhance drilling efficiency. We were able to address challenges such as limited well availability, reducing costs, and avoiding drilling ...

Unconventionals with Ji-Fi Unlock the full potential of your unconventional reservoirs with Ji-Fi Storyboard 1. Accurately predict in-situ stress with detailed Ji-Fi modeling, highlighting areas of high and low stress. Enhance your well planning with optimized well placement, accurate wellbore ...

Unconventional Rock Physics Analysis Access world-class expertise: created in collaboration with a global authority on unconventionals Accurate forward modelling uses the most comprehensive library of rock physics models available on the market today Calibrate predictive models: data library allows ...

Introduction: Enhancing Pore Pressure Prediction with TOC Methodologies

Introduction: Geological Insights from the Spraberry Formation The "Depositional model of the Spraberry formation" paper offers essential geological insights that directly impact drilling strategies and outcomes. It focuses on the geological and depositional characteristics of the Spraberry ...

We have added a new hyper-parameter optimization algorithm called Randomized Search for our tree-based models within Deep QI. This enhancement makes hyper-parameter tuning easier, faster, and more efficient.

The Rock Physics license has received several improvements for 2024.3 A few highlights: With this software release, we're focused on making it easier to start RokDoc projects and execute multi-well workflows with fewer clicks. This is done through multi-well operations and by providing automated ...

Highlights in the RokDoc 2024.3 updates within the Reservoir Characterization license:

Advanced Well-Tie, Ikon Science's robust methodology for wavelet analysis and estimation, aims to streamline seismic interpretation by integrating high-fidelity well log data with seismic. This seamless integration minimizes the ambiguity often present in seismic data analysis, providing a clearer, ...

As the energy industry transitions towards sustainable practices, one of the most promising advancements is the utilization of mature wells for carbon capture and storage (CCS). This innovative approach not only offers a solution for reducing atmospheric CO2 but also transforms aged wells from ...