CEO Executive AssistantCarbon capture and storage is attracting billions in investment as industrial companies, utilities, and dedicated CCS developers work to commercialize technologies that can remove CO2 from point sources or directly from the atmosphere. The sector encompasses point-source capture systems attached to industrial facilities, direct air capture plants, CO2 transportation infrastructure, and geological storage sites. The technology, regulatory, commercial, and policy dimensions of this sector make it one of the most complex leadership environments in the energy industry.
CEOs of carbon capture companies face the challenge of leading organizations where the technical work is highly specialized, the regulatory landscape is developing in real time, the commercial structures are novel and complex, and the policy dependencies are significant. Getting delegation right is essential for managing this complexity without losing strategic direction.
The Carbon Capture and Storage Value Chain
The CCS value chain spans capture, compression, transportation, injection, and permanent geological storage. Each segment has distinct technical requirements, regulatory frameworks, and commercial structures. A CEO leading an integrated CCS company must build organizational capability across all segments while ensuring that the interfaces between them are managed effectively.
Alternatively, some CCS companies focus on specific segments: dedicated CO2 transportation and storage companies, point-source capture system developers, or direct air capture technology companies. The delegation framework must reflect the specific scope of the business, but the core principles of matching authority to expertise and building accountability for outcomes apply across all models.
Core Technical Functions and Delegation
Carbon Capture Technology and Operations
The engineering and operation of carbon capture systems, whether amine-based post-combustion capture, pre-combustion systems, oxyfuel combustion, or direct air capture technologies, requires deep chemical and process engineering expertise.
Delegate capture technology leadership to a VP of Technology or Chief Technology Officer who owns the process design, performance optimization, technology development roadmap, and equipment management. This leader manages the relationship with technology licensors, oversees the performance of operating capture systems, and leads the evaluation of next-generation capture technologies.
The CEO needs to understand the performance characteristics, cost trajectory, and technological risk profile of the company’s capture approach at a level that informs strategic decisions. Personally managing process chemistry or solvent selection is not appropriate CEO work.
Geological Storage Program
Geological storage of CO2 requires characterization of subsurface formations, drilling and completion of injection wells, monitoring of CO2 behavior in the subsurface over time, and management of regulatory requirements under the EPA’s Underground Injection Control program Class VI well regulations.
Delegate geological storage program management to a VP of Storage or Chief Geoscientist who owns the subsurface characterization, well program, monitoring program, and regulatory compliance for storage sites. This requires expertise in petroleum geology, reservoir engineering, and subsurface monitoring that the CEO almost certainly does not personally possess at the technical depth required.
For context on how subsurface program delegation connects to broader asset management principles, note that geological storage assets require long-duration stewardship that extends well beyond the injection period.
CO2 Transportation Infrastructure
CO2 pipelines require engineering design that accounts for CO2’s specific thermodynamic properties, corrosion characteristics, and different operational requirements compared to natural gas pipelines. Safety regulations for CO2 pipelines are evolving, and the permitting requirements for new CO2 pipeline infrastructure are complex.
Delegate CO2 pipeline development and operations to an infrastructure development team led by a VP of Infrastructure or VP of Pipeline Operations. This leader owns pipeline engineering, permitting, construction management, and operations for CO2 transportation assets.
Regulatory and Policy Functions
EPA Class VI Well Permitting
Obtaining Class VI well permits for CO2 injection under the EPA’s Underground Injection Control program is a lengthy and technically demanding process. Applications require detailed subsurface characterization, area of review analysis, corrective action planning, and monitoring program design.
Delegate Class VI permit management to the regulatory affairs function, working closely with the geological and engineering teams. The VP of Regulatory Affairs should own the permit application process, agency relationships with EPA Region staff, and ongoing compliance with permit conditions during injection operations.
The CEO engages with senior EPA officials when the regulatory relationship requires executive attention, particularly during the emerging period when agencies are developing their CCS regulatory capabilities and when the company’s regulatory approach can help shape the framework.
State Primacy and Pore Space Rights
Many states are pursuing primacy over CO2 injection well regulation, and pore space ownership laws vary significantly across states. Managing the legal and regulatory strategy around state-level CCS frameworks requires both legal expertise and policy engagement.
Delegate state regulatory strategy to the regulatory affairs and legal teams, working with state-level government relations resources. The CEO participates in key state-level policy discussions where executive advocacy on CCS policy issues is strategically important.
For guidance on aligning regulatory strategy with strategic planning priorities, ensure that state-level regulatory developments are incorporated into the strategic assessment of project development opportunities.
Environmental Justice and Community Engagement
CO2 pipelines and storage sites require permitting and community acceptance in specific locations. Environmental justice considerations, community concerns about pipeline safety and property impacts, and local opposition to industrial infrastructure can significantly affect project timelines.
Delegate community engagement and environmental justice program management to the community affairs and external relations teams, working with project development and regulatory functions. The CEO may be engaged for significant community meetings or when high-profile opposition requires executive-level response.
Commercial Structure and Development
Carbon Credit Development and Verification
CCS projects that qualify for 45Q tax credits, compliance market credits, or voluntary carbon market verification must meet rigorous monitoring, reporting, and verification requirements. The commercial value of the carbon removal or storage depends on the credibility of the verification.
Delegate carbon credit development and verification management to the commercial and environmental teams. These functions must work closely with verifiers, credit registries, and offtakers to ensure that the company’s carbon credits meet market standards and buyer requirements.
Offtake and Storage Service Agreements
Commercial agreements for CO2 storage services, including agreements with industrial emitters who need to dispose of their captured CO2, are complex instruments that require careful legal and financial structuring. The commercial terms must address liability for long-term storage, performance guarantees, monitoring obligations, and credit verification.
Delegate commercial development and agreement negotiation to the Chief Commercial Officer, working with legal counsel and the CFO’s office. The CEO approves major commercial terms and maintains executive relationships with senior counterparts at significant commercial partners.
Long-Duration Liability Management
CCS presents unique long-duration liability considerations. CO2 stored underground must be managed and monitored for decades or centuries. Post-injection site care obligations, long-term liability for storage integrity, and financial assurance requirements create governance challenges that extend well beyond the operational life of a conventional energy asset.
Delegate long-duration liability management to the legal, regulatory, and financial teams, with oversight from the board risk committee. This liability must be reflected in the company’s financial statements, risk register, and governance frameworks. The CEO should understand the nature and magnitude of these long-duration liabilities and ensure they are managed with appropriate rigor.
For guidance on how long-duration liabilities connect to the enterprise risk management framework, ensure that storage liability is assessed and reflected in enterprise risk reporting.
Public Communication and Science Integrity
CCS faces both public skepticism and scientific scrutiny. Public concerns about CO2 pipeline safety, storage permanence, and induced seismicity must be addressed with technical honesty and community respect. Scientific integrity in performance claims, monitoring data, and credit verification is both an ethical obligation and a business necessity.
The CEO should lead the company’s commitment to scientific transparency and honest public communication about CCS performance and limitations. Delegate the execution of science communication and public engagement to the communications and community affairs teams, but set an explicit expectation that communication is grounded in verified performance data rather than marketing claims.
Building the CCS Organization
CCS is a young sector with limited pools of experienced talent across all required disciplines. The CEO must invest in building organizational capability through university partnerships, national laboratory relationships, and targeted hiring from petroleum engineering, chemical engineering, and environmental science backgrounds.
Delegate talent development to the CHRO, but remain personally engaged in building the company’s reputation as a destination for talented professionals who want to work on meaningful climate technology. CEO visibility in relevant professional communities is both a business development activity and a talent attraction strategy.
Conclusion
The carbon capture and storage CEO leads an organization at the frontier of climate technology commercialization, navigating extraordinary technical complexity, evolving regulatory frameworks, novel commercial structures, and significant long-duration stewardship obligations. Effective delegation builds organizational depth across all these dimensions while the CEO maintains the strategic direction, policy engagement, and external relationships that determine the company’s market position.
The delegation framework for a CCS CEO is not just about distributing work efficiently. It is about building organizational capability in a sector where the success of individual companies will shape the broader deployment of a technology that matters enormously for climate outcomes.
Related Reading
For further context, explore Delegation Framework for the 3PL Provider CEO and Delegation Framework for Academic Medical Center CEO.