About the service
StratisRock offers a range of highly specialized expertise that cuts across various technical disciplines. Our team has been involved in numerous unconventional, advanced, and energy transition studies globally, providing clients with the critical insights needed to manage subsurface complexity and navigate the industry’s evolving demands.
We provide advanced geomechanical analysis to understand the mechanical behavior of reservoir rock and overburden.
This service is crucial for mitigating drilling and completion risks (like wellbore instability), optimizing fracturing programs in tight reservoirs, and ensuring reservoir integrity throughout the production and injection life cycle.
Our models predict rock stress and strain, leading to safer, more efficient operations.
Rock Physics acts as the quantitative bridge between geophysical measurements (like seismic velocity) and petrophysical properties (like porosity and fluid saturation).
We use rock physics models to predict reservoir quality away from the wellbore, reducing exploration risk and uncertainty.
This is essential for accurate seismic inversion and identifying sweet spots in complex or unconventional formations.
The exploitation of shale, tight oil, and coalbed methane requires specialized understanding.
We conduct integrated studies that combine geomechanics, advanced stimulation modeling, and bespoke reservoir simulation to accurately characterize and forecast production from unconventional assets.
Our focus is on maximizing recovery factor while optimizing well spacing and infrastructure.
As the energy landscape evolves, StratisRock supports clients in diversifying their portfolios.
We provide technical advisory and subsurface expertise for projects related to the energy transition, including geothermal energy, hydrogen storage, and sustainable resource management, helping clients identify and de-risk new energy opportunities.
CCS is a crucial solution for decarbonization.
We provide full-cycle subsurface expertise for CCS projects, including site characterization, reservoir containment risk assessment, injection modeling, and long-term monitoring strategy design.
We ensure the safe, efficient, and permanent storage of carbon (Co2) in deep geological formations.
We provide technical and strategic advisory services to help clients embed robust Environmental, Social, and Governance (ESG) standards into their operations and projects.
This includes advising on emission reduction strategies, ensuring compliance with global environmental regulations, and developing sustainable development practices that enhance stakeholder value and secure long-term capital access.
