The Geneva Association and OGCI Release Landmark Study on Insurability of Carbon Management and Storage Projects

The Geneva Association, in collaboration with the Oil and Gas Climate Initiative (OGCI) and the Clean Energy Ministerial CCUS Initiative (CEM CCUS), has released a joint strategic study titled “Enhancing the Insurability of Carbon Management Projects.” The report examines fundamental risk-allocation and underwriting obstacles confronting industrial-scale Carbon Capture, Utilization, and Storage (CCUS) infrastructure. This summary is prepared for informational purposes, analyzing key findings from the standpoint of actuarial science, complex environmental liability underwriting, and international reinsurance pooling.

The Integrated Nature of the CCUS Value Chain

The report highlights that industrial decarbonization is transitioning from isolated demonstration facilities to interconnected multi-user hubs. The complete logistical chain integrates heavy industrial emitters (steelworks, cement plants, and refineries), shared pipeline and maritime liquefied CO₂ transport networks, and deep subsurface geological repositories (depleted hydrocarbon fields and saline aquifers).

This architecture produces distinct cross-liability exposures, which the authors distill into four core insurability tenets:

1. Cross-Sectoral Collaboration: Synchronizing risk appetite, credit enhancement, and underwriting capacity across heterogeneous industries;
2. Predictable Policy Frameworks: The absence of coherent, durable liability boundaries and carbon pricing structures impairs actuarial rate-setting;
3. Whole Value Chain Risk Assessment: Operational interruption at one node (such as a booster compressor failure or offloading delay) triggers systemic business interruption claims across all upstream capture installations;
4. Clear Risk Allocation Mechanisms: Explicit statutory and contractual delineation of liabilities among operators, pipeline carriers, and storage providers.

Long-Term Subsurface Risks and Statutory Stewardship Handoff

The most formidable challenge for conventional property and casualty insurers is modeling geological containment failure and subsurface plume migration. Containment verification spans centuries—vastly exceeding the standard annual underwriting cycle of commercial environmental impairment liability (EIL) policies.

The Geneva Association asserts that the commercial market is well-equipped to insure the operational injection phase and the intermediate post-closure monitoring window. However, long-term catastrophic stewardship—including latent seepage and induced micro-seismicity—must transition to sovereign indemnification funds following validated site closure (stewardship handoff). Alternatively, the report recommends structured mutual compensation pools capitalized by mandatory per-ton injection levies.

Strategic Implications for Kazakhstan and Central Asia

For Kazakhstan, which is pursuing carbon neutrality by 2060, the report's conclusions are highly actionable. Establishing prospective CCUS hubs across the Pre-Caspian basin and the Tengiz and Karachaganak energy corridors necessitates rigorous actuarial models for tail environmental exposures. Without bankable, reinsurable liability transfer structures aligned with international underwriting standards, institutional capital deployment into large-scale decarbonization projects will remain constrained.

Actuarial takeaway: Underwriting and reserving for CCUS infrastructure necessitates shifting from empirical loss distributions to multiphysics stochastic geomechanical modeling of subsurface plume containment. For actuaries and reinsurers, the key underwriting prerequisite is establishing clear statutory post-closure liability transfer milestones (stewardship handoff) and embedding parametric borehole pressure triggers to cap tail-risk exposures.

Source: The Geneva Association / OGCI (genevaassociation.org).