Aker and Microsoft Link Engineering and Digital MRV for CCS and Carbon Removal Projects

Aker Solutions and Microsoft have announced a collaboration to improve the maturity, bankability and delivery of carbon capture and storage and carbon dioxide removal projects. The scope runs from early feasibility to operations, but no project capacity or investment value was identified.

Large CCS and CDR projects connect emitters, transport, storage, engineering contractors, carbon markets and monitoring data. Aker brings advisory and engineering, procurement and construction capabilities, while Microsoft contributes data, AI, digital MRV and carbon-market experience.

Many projects stall before final investment decisions because costs, long-term liability, storage integrity, demand and carbon-credit revenues remain uncertain. Digital tools may improve information but cannot replace geological, engineering and financial due diligence.

The companies say they will engage developers, emitters, transport and storage providers and other stakeholders to reduce execution risk and strengthen investment readiness. Selected projects may receive integrated support from feasibility through operations.

The collaboration agreement and division of capabilities are verifiable. The announcement provides no contracted project, capture volume, final investment date or delivered abatement, so intended support is not yet an achieved outcome.

Earlier integration of engineering, MRV and financing information could shorten decisions and improve accountability. Without shared data standards, however, digitalisation may create another layer of fragmented evidence.

SNN editorial analysis: For Taiwan hard-to-abate sectors including steel, cement, petrochemicals and power, the lesson from the Aker and Microsoft collaboration is not to treat AI or digital MRV as delivered abatement. It is to place engineering design, geology and storage responsibility, contracts, financing conditions, measurement data and final investment decisions in one Pre-Disclosure Evidence Infrastructure. Taiwan plans to use CCUS in its net-zero transition, but a foreign collaboration announcement does not prove suitability for Taiwan sites. Local projects still need evidence of site fit, energy use, storage integrity, long-term liability and independent verification before international experience becomes investable and governable in Taiwan.

Next evidence should identify initial projects, investment decisions, MRV methods, data governance and measured capture or removal outcomes.