CarbXJoint Industry Development Programme 2026
Accelerating CCS Pathways Through Contingent Activation Finance
CCS is widely recognised as essential to meeting net-zero commitments, yet deployment lags badly behind policy intent. Across the EU and UK, more than thirty privately developed clusters are in active development. Each is a credible pathway to permanent CO₂ sequestration at scale yet capital is not flowing. The constraint is not technical, it is financial - early-stage CCS pathways sit in a gap that conventional finance cannot bridge.
Contingent Activation Finance - CAFin
CAFin is a framework for investment justification under uncertainty. Recognising that it is not possible to eliminate risk upfront, CAFin prices risk as it evolves, creates conditional commitments, and activates capital progressively - collapsing uncertainty until pathways reach a state compatible with conventional finance.
Contingent pathway options are structured, priced and activated as each contingent state is resolved during project development. Capital is never committed beyond what independently certified evidence supports. Early holders benefit directly from risk reduction: options issued at earlier states, when uncertainty is highest, appreciate in value as evidence accumulates and the probability of success rises.
The Instruments - CCIs
Contingent Capital Instruments (CCIs) are call options on verified future capacity of value chain components, priced on evidence - not speculation. An industrial emitter can construct a complete or partial decarbonisation hedge using the various CCIs that will be demonstrated under this JIDP. In addition, CCIs will be tradable on the CarbX secondary market, enabling diversification, hedging and price discovery across the cluster landscape.
The VERUM Risk Pricing Method
Standard probabilistic pricing requires a well-populated dataset of comparable projects. For CCS clusters at early contingent states, that dataset does not yet exist. CarbX's VERUM (Validated Evidence-based Reasoning under Uncertainty Methodology) - resolves this by making the quality of reasoning, not thequantity of data, the primary evidential standard.
It integrates Bayesian probabilistic inference with structured argumentation into a single, auditable, independently certifiable framework.
The Joint Industry Development Programme
JIDP 2026 is a structured, time-limited programme managed by CarbX to validate, operationalise and scale the CAFin framework.
Its commercial objective is precise: to demonstrate that VERUM-priced CCIs can successfully finance CCS cluster development from early contingent states through to the final investment decision, as well as build the market infrastructure that makes this replicable at scale.
Methodology
Applying VERUM, contingent state evidence, standards and certification protocols with designed CCS pathways.
Deliverables
Building CCS pathway infrastructure for CCI issuance, secondary market trading and regulatory reporting.
Market
Market creation via cluster participants, engaging institutional investors and issuing the first certified CCI tranches.
Target Participants
The JIDP is for participants who recognise that the current financing environment is structurally inadequate and are willing to participate in building a better one.
A Broader Vision
CarbX is launching CCIs because that is where the financing gap is most acute. CAFin and VERUM are, however, not sector-specific: they are a general solution for any project that is commercially viable in principle, but where the development pathway is probabilistic, staged and inadequately served by conventional finance.
The Invitation
CarbX is seeking subscriptions for a work programme which will demonstrate how CAFin methods may create finance for CCSpathways.
The clusters exist. The geology exists. The emitters exist. The investors exist. What does not yet exist is the suite of instruments that connects them across the probabilistic arc of development.
The JIDP builds those instruments - collaboratively, rigorously and with founding participants who understand that structural conditions require structural solutions.