Serving Nationwide, Including All of North America and Canada

Our Methodology

Our Methodology

At Sequestra Energy Solutions, we believe successful CCS development begins long before permitting or injection operations. Projects succeed when subsurface science, engineering, regulatory strategy, commercial planning, and long-term operational risk management are aligned from the earliest stages of development.

With more than 30 years of CCS experience and over 200 years of collective operational expertise, our dedicated team provides the technical and strategic foundation needed to evaluate project viability, reduce uncertainty, support regulatory defensibility, and strengthen investor confidence.

CCS Project Development Timeline

Understanding Where CCS Projects Succeed — and Fail

CCS projects are won or lost long before injection begins. Success depends on the alignment of geology, engineering, permitting, infrastructure, economics, and long-term operational strategy. Projects can fail from poor engineering, insufficient storage capacity, regulatory delays, financing uncertainty, infrastructure gaps, or long-term containment risks.

At Sequestra Energy Solutions, we focus on identifying these critical failure points early — integrating subsurface science, regulatory strategy, and commercial planning to position projects for long-term success, regulatory defensibility, and operational integrity.

How We Reduce CCS Development Risk

Petrophysical Analysis and Static Geological Modeling: We evaluate reservoir and seal properties to characterize subsurface conditions and develop detailed geological models that support storage capacity, injectivity, and containment assessments.

CO2 Plume Migration, Pressure Front Modeling and Dynamic Reservoir Simulation: We model CO₂ plume movement and reservoir pressure response to forecast performance, optimize injection strategies, and support long-term storage planning.

Geomechanical Analysis and Induced Seismicity Risk Assessment: We assess the potential for induced seismicity associated with CO₂ injection to ensure safety and compliance.

Geochemical Compatibility and Wellbore Integrity Review: Our assessments ensure that CO₂ is compatible with reservoir fluids and that wellbore integrity is maintained over time.

Injection Well Design and Injectivity Optimization: We evaluate injection strategies, completion design, and reservoir pressure behavior to maximize injectivity while maintaining containment integrity and long-term operational performance.

Infrastructure and Operational Integration: We evaluate how subsurface conditions align with transportation, injection infrastructure, operational logistics, and long-term field development planning.

plume modelingseismic line

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