Carbon Storage Consulting for CCUS Projects
IPT Well Solutions is a carbon storage and Carbon Capture, Utilization, and Storage (CCUS) engineering consultancy specializing in comprehensive solutions for carbon sequestration projects. We provide full-spectrum support across all critical phases of carbon storage development, including Class VI well permitting support, site screening and feasibility assessments, and detailed subsurface evaluation services such as Area of Review (AOR) plume modeling, geotechnical review, and reservoir characterization.
With expertise spanning the entire energy life cycle, IPT serves a diverse clientele including project developers, energy companies, and industrial emitters seeking to develop and deploy carbon storage solutions that meet rigorous environmental standards and regulatory requirements.
Carbon Capture and Storage (CCS) Project Support
CCUS Project Lifecycle Support
CCUS Project Support from Site Evaluation Through Injection Operations
IPT provides comprehensive CCUS project support across the entire carbon storage project development lifecycle, seamlessly integrating engineering expertise, regulatory strategy, and project execution at every phase. We guide clients through site screening and feasibility studies during initial assessment, advance projects through permitting and regulatory strategy with full Class VI well permitting support deliverables and EPA coordination, and manage well design and drilling operations with precision engineering and real-time well monitoring.
Following successful well completion, IPT continues support through injection operations and monitoring, leveraging its specialized team of carbon storage consultants who deliver AOR plume modeling, geotechnical review, and reservoir characterization. This end-to-end approach ensures that carbon sequestration projects maintain wellbore integrity, meet rigorous environmental standards, and achieve operational efficiency from site selection through injection management.
Class VI Permitting and Regulatory Compliance
We take particular pride in our Carbon Storage Consultants’ expertise in the execution of Class VI permits, a critical regulatory component for safe and legal CO2 storage operations under U.S. Environmental Protection Agency (EPA) guidelines.
Leveraging our industry-leading knowledge in conventional oil and gas modeling and simulation, our Carbon Storage Consultants excel in executing Class VI permits for CO2 sequestration projects. With our multi-disciplinary approach in reservoir characterization and geomechanics, we are uniquely qualified to support CO2 sequestration projects requiring Class VI permits.
Class VI Well Permitting and Regulatory Strategy
Class VI wells, regulated under the EPA’s Underground Injection Control (UIC) program, represent a critical infrastructure component for long-term carbon management and storage projects. IPT provides comprehensive permitting and regulatory strategy support to navigate this complex landscape. Our expertise encompasses permit application preparation that meets rigorous EPA and state agency requirements, AOR delineation to establish the spatial extent of potential CO2 migration, and coordination of plume and pressure modeling studies that inform regulatory submissions.
We also prepare risk assessment inputs and technical documentation essential for demonstrating wellbore integrity and long-term containment. Drawing on extensive experience working with EPA and state regulatory agencies across multiple jurisdictions, IPT understands the nuances of primacy state permitting requirements and federal oversight.
While Class VI permit development involves substantial timelines and regulatory complexity, requiring detailed geotechnical review, reservoir characterization, and ongoing compliance coordination, IPT’s specialized team of carbon storage consultants delivers the full scope of Class VI permit deliverables, positioning projects for successful regulatory approval and operational deployment.
Subsurface Evaluation and Storage Feasibility
Subsurface Evaluation for CO₂ Storage Feasibility
Subsurface evaluation is critical to determining CO₂ storage feasibility, and IPT conducts comprehensive assessments that integrate reservoir characterization, seal integrity analysis, and capacity estimation. The firm synthesizes multiple data sources including well logs, seismic surveys, and production history where applicable to develop a detailed understanding of subsurface conditions and storage potential.
This integrated geotechnical review and reservoir characterization directly inform injection well design decisions, ensuring wellbores are engineered to withstand the pressures and operational demands of long-term carbon sequestration. By establishing baseline subsurface conditions during the feasibility phase, IPT’s evaluation work provides the technical foundation for predicting long-term storage performance, including CO₂ plume behavior, pressure evolution, and containment security over the project lifecycle.
This rigorous subsurface analysis, encompassing geological heterogeneity, caprock integrity, and volumetric capacity, enables project developers and industrial emitters to make confident investment decisions and design storage systems that maintain wellbore integrity and permanent containment.
Injection Well Design and Engineering
Injection Well Design for Carbon Storage Projects
Injection well design is fundamental to carbon storage project success, and IPT delivers comprehensive drilling engineering and well design that addresses well architecture, materials selection, and injection rate optimization. The firm’s well design process incorporates CO₂ compatibility considerations throughout materials specification, ensuring that tubular, cement, and elastomer selections withstand the unique chemical and mechanical demands of long-term carbon sequestration.
This rigorous engineering approach directly integrates with drilling engineering execution and informed by subsurface characterization, enabling precise mechanical integrity requirements that maintain wellbore stability and containment under variable injection pressures and CO₂ plume evolution.
Unlike advisory-only consulting firms, IPT delivers full-cycle well engineering expertise, advancing from initial basis-of-design and Drill Well On Paper (DWOP) analyses through risk-weighted Authorization for Expenditure (AFE), wellbore integrity assessments, and completion engineering. We then execute these designs on location with real-time well monitoring and wellsite supervision. This integration of engineering depth, drilling execution, and field expertise ensures that injection wells are not only technically sound but operationally optimized for long-term carbon storage performance and regulatory compliance.
Monitoring and Compliance
Monitoring, Reporting, and Verification (MRV) Support
MRV is essential to demonstrating long-term project accountability and regulatory compliance in carbon storage operations, and IPT provides comprehensive MRV support aligned with EPA frameworks. Our expertise encompasses monitoring well planning to optimize data collection across the storage complex, pressure monitoring strategies that track subsurface conditions and CO₂ plume behavior throughout the project lifecycle, and reporting requirements preparation that meets EPA MRV standards and primacy state regulatory mandates.
By integrating data-driven compliance protocols and rigorous quality assurance processes, IPT ensures that projects maintain a complete technical record of storage performance, wellbore integrity, and containment effectiveness. This commitment to transparent, systematic monitoring, and reporting demonstrates to regulators, investors, and stakeholders that carbon storage projects are operating safely and securely, establishing the credibility and accountability required for long-term environmental and commercial success in carbon sequestration deployment.
Regulatory Coordination and Stakeholder Engagement
Regulatory Coordination for CCUS Project Approval
Regulatory coordination is essential to navigating the complex permitting landscape for CCUS projects, and IPT provides comprehensive support working across multiple regulatory frameworks and stakeholder groups. Our expertise encompasses coordination with the U.S. EPA UIC program, state primacy agencies, and local stakeholders to ensure seamless project advancement through all phases of regulatory review.
We support clients with permit submissions and technical responses that demonstrate compliance with stringent environmental and engineering standards, while maintaining ongoing compliance protocols throughout the project lifecycle. With experience in EPA and primacy state permits and regulatory advocacy, IPT’s team of carbon storage consultants manages communications between project developers, regulators, and affected communities, translating complex technical data into clear regulatory narratives.
This integrated approach to regulatory coordination, combining technical expertise, proactive stakeholder engagement, and detailed permit management, enables CCUS projects to achieve timely approvals while building the regulatory confidence necessary for successful long-term carbon sequestration operations.
View Document
Carbon Storage: Project Management of Class VI Permits Drafting for Submittal to EPA or Primacy States
The services our reservoir engineers can provide, but are not limited to include:
Quantitative Visualization and Reservoir Characterization
Quantitative visualization and reservoir characterization to identify source rock and assist in well planning.
Geomechanics
Geomechanics to aid in the review of overburden due to thickness change in reservoir from production and injection and associated cap rock investigation.
Simulations
Reservoir simulations to enable characterization of source rock, sealing zones and faults to identify zones for carbon capture and storage and identify porosity, permeability and stratal thickness with plume time lapses.
Geological Evaluation
Geological evaluation and consulting to identify zones for storing carbon dioxide, including petrophysical, geology, geomechanics and geophysics.
Wellsite Construction
Engineer injection and monitoring well plans for development for development of the carbon sequestration project for Class VI applications.
Site Closure and Reclamation
Engineer site closure plans after completion of carbon sequestration including monitoring and plug and abandonment of injection wells and site reclamation.
Measurement, Reporting & Verification (MRV)
Measurement, Reporting & Verification planning and implementation to capture down-hole sensor data, quantify direct and indirect CO₂ emissions, prepare EPA-ready documentation, and coordinate third-party audits for independent validation and regulatory compliance.
And More
Contact our reservoir engineers and consultants today to learn more about how our services can help you accomplish your goals.
Carbon Storage Consulting for Complex CCUS Developments
IPT supports developers, operators, and industrial emitters pursuing CCUS projects through comprehensive expertise in carbon sequestration storage development. We bring distinctive strengths to complex projects, including deep subsurface expertise backed by extensive reservoir characterization and geotechnical review capabilities, comprehensive regulatory familiarity with Class VI permitting and EPA compliance requirements, and an engineering-led approach that integrates well engineering, plume modeling, and rigorous quality assurance across every phase of project execution.
Our carbon storage consultants deliver end-to-end solutions spanning due diligence, basis of design, drilling and completion engineering, and full permitting support. We ensure projects meet environmental standards while maintaining operational integrity. We also actively support carbon removal, greenhouse gas reporting, air quality permitting, atmospheric carbon capture, and soil organic carbon analysis.
IPT supports every phase of a carbon storage or injection well project — from early reservoir engineering and geoscience characterization through Class VI permitting, well engineering and construction, and eventual site closure and abandonment. Whether you need help with injection strategy, regulatory documentation, or long-term monitoring, our experts ensure your project meets EPA requirements and achieves long-term performance.