Is there a credible route?
Industrial need, source profile, regional context, storage route options, infrastructure timing, evidence maturity, decisive technical risks and board-level decision horizon.
Onshore CCUS capability architecture
What we do
Germany’s specialist onshore CCUS boutique: qualify the pathway, control the interfaces, advance the next decision.
CarbonCore turns a German onshore CCUS ambition into a controlled development route, with explicit assumptions, accountable workstreams and evidence-led gates.
Operating premise
Not a generalist engineering office. A specialist system between disciplines.
A German onshore CCUS project becomes executable only when source requirements, storage evidence, permitting logic, transport assumptions and commercial boundaries converge on the same basis.
CarbonCore defines that common system. As a specialist boutique for onshore CCUS in Germany, the platform creates the project architecture, integrates specialist capability and maintains the evidence state across the development cycle.
What must work together?
Capture boundary, CO₂ specification, transport mode, storage acceptance envelope, permitting logic, commercial model and source-to-storage delivery sequence.
What evidence supports the pathway?
Screening, basin and formation context, injectivity, containment, pressure management, well architecture, MMV logic, integrity and uncertainty management.
Who owns each interface?
Responsibility matrix, technical basis, interface register, evidence map, integrated schedule, review architecture and decision governance.
How does the concept become executable?
Work packages, partner mobilisation, requirements management, design reviews, delivery controls and integration support at critical interfaces.
How is performance sustained?
Monitoring, integrity, operating interfaces, data continuity, MMV evidence, optimisation and lifecycle decision support.
Control model
What CarbonCore leads.
- The customer problem definition, project boundary and realistic onshore development horizon.
- Opportunity qualification, storage pathway logic and the minimum evidence needed for route credibility.
- The integrated source-to-storage concept and the critical interface architecture behind it.
- Technical quality, evidence status, review discipline and decision readiness.
- Commercial progression, partner logic and the route to the next board or investment gate.
- Specialist partner integration around named workstream owners and explicit accountability.
Next decision
Start with the decision that controls the onshore pathway.
Use a focused discussion to test source-to-storage fit, identify the interfaces that control progress and define the evidence required for the next investment decision.