Focus CCS ~ Verifying and Mitigating CO₂ Risks

Focus CCS  is the simplest way to simulate and verify asset feasibility (without compromising accuracy) and reduce risks in CCS projects.

Validate asset feasibility within minutes.

Safely store more CO₂.

The easiest method to simulate and verify asset feasibility while mitigating CCS project risks—helping everyone achieve net-zero faster.

Preprocessing, Simulation, and Visualization—An All-in-One Solution

Site Screening in Minutes (Without Sacrificing Accuracy)
Spend less time on model setup and more on critical analysis to maximize CO₂ storage. Whether you are new to CCS or reservoir simulation, or have decades of expertise, intuitive workflows guide you to build CCS models quickly and easily.

Map and report CO₂ plume extent without switching between software or systems.

Start immediately—no onboarding or training required.

2D/3D visualization to assess complex CO₂ migration pathways.

Customizable geological models, including petrophysical properties, aquifer dimensions, and CO₂ trapping mechanisms.

In-Depth Preliminary Analysis

Reduce CO₂ Leakage Risks
Ensure permanent CO₂ storage by predicting diffusion and stabilization over time based on well locations and injection schedules.

Evaluate CO₂ migration and pressure changes to maintain safe operating conditions below fracture gradients.

Quantify uncertainties in key geological data (e.g., reservoir geometry, petrophysical/rock-fluid properties).

Predict and mitigate potential risks to enable proactive decision-making.

Key Advantages

Accelerated feasibility assessment for rapid project scaling.

Integrated tools eliminate workflow fragmentation.

Democratized access for experts and beginners alike.

Guided Workflow
Unlock Greater Storage Capacity
Evaluate and optimize various injection strategies—such as well placement and injection scheduling—to fully utilize your storage potential. The more CO₂ we store, the faster we achieve net-zero emissions.

Predict key metrics including injectivity, containment security, and storage capacity.

Account for critical trapping mechanisms: structural, residual, and solubility trapping.

Visualize CO₂ plume extent and migration patterns over time.

Feasibility Studies for Multiple Storage Sites
Make Investment Decisions with Confidence
Leverage the gold standard in compositional simulation, accelerated by scalable solver technology that reduces computational time for predictions.

Powered by 46 years of industry-leading physics from CMG.

Bridge the gap between geoscience and engineering through seamless integration of static models with reservoir simulation, delivering reliable answers.

Export plotting data in multiple formats to streamline reporting processes.

Key Features

Rapid Scenario Testing: Compare multiple storage sites and injection strategies in a unified environment.

Physics-Based Trust: Built on decades of validated numerical modeling expertise.

Interdisciplinary Collaboration: Eliminate barriers between geological interpretation and engineering simulation.

Reporting Efficiency: Direct export of charts and data for regulatory submissions and stakeholder communications.