Ikon Science offers fully integrated workflows that leverage the interaction between geomechanics, pore pressure, and quantitative interpretation to generate complete stories of the reservoir for either hydrocarbon extraction or fluids sequestration. The goal is to generate more robust, actionable subsurface models that identify and quantify risk, delivering safer and more efficient drilling, reducing downtime and improving environmental outcomes.
Our multi-disciplinary approach enables our clients to develop an accurate understanding of subsurface conditions. Reduce drilling risk/hazards, increase wellbore stability, optimize casing seat selection, and design the pre-drill mud window with our collaborative project plan.
Our Services Team use the best available 1D and/or 3D data to calibrate geologically-sensible pressure and stress models, to better understand the subsurface and effectively build robust drilling plans. Our approach to uncertainty and data analysis leads to successful pore pressure and geomechanical prediction, enabling successful outcomes for our clients.
Ikon Science helps clients reduce subsurface risk by combining best-practice uncertainty analysis with rigorous data validation and interpretation. By understanding what data are reliable, what is theoretically possible, and where uncertainty remains, we help teams avoid over-constrained estimates and build more accurate pressure and stress models grounded in geological complexity, rock properties, and fluid behavior.
Lateral (fault) and vertical seal risking as a containment risk
Manage Depletion and Sand Production Risk
Assess hydrodynamics and regional fluid behavior to improve reservoir understanding, pressure prediction, and subsurface risk evaluation
Real-time pore pressure and geomechanics monitoring for well operations
Peer-review support for clients as subject matter experts in the pore pressure domain