Strategic Integration within Global ESG Frameworks
This research examines how Carbon Capture, Utilization, and Storage (CCUS) technologies can be strategically integrated within Environmental, Social, and Governance (ESG) frameworks to accelerate sustainable climate solutions.
Carbon reduction targets, emission monitoring, climate impact
Community engagement, job creation, just transition
Policy compliance, transparency, risk management
The three pillars reinforce one another. Environmental gains rely on governance to fund and regulate them, and on social licence to proceed.
CO₂ separation from industrial sources
Pipeline or shipping infrastructure
Conversion to products or fuels
Geological sequestration
Each stage of the value chain advances the environmental goal, but only succeeds with social licence and governance behind it. The map traces those links, from capture through to permanent storage.
Global regulatory frameworks supporting CCUS deployment
Financial mechanisms for scaling carbon capture
Standards for CCUS project evaluation
Balancing environmental and business goals
CCUS has crossed from pilots into early commercial reality. The Global CCS Institute's latest Global Status of CCS report counts 77 projects in operation — a 54% jump in a single year — with 47 more under construction adding 44 million tonnes of annual capture capacity, and 610 projects in development. Total capacity across operating and planned projects has grown 23% to over 500 million tonnes per year. Yet the market is still splitting in two: a small number of large, integrated hubs advance on solid economics and government backing, while many standalone projects stall without mandates or offtake guarantees. This bifurcation makes the governance pillar more decisive than ever.
The EU Carbon Border Adjustment Mechanism entered into force in 2026, extending carbon pricing to imports and strengthening the business case for capture in heavy industry
Norway's Northern Lights — the first open-access cross-border CO₂ transport and storage network — injected its first CO₂ in August 2025 and is building out a second phase to lift capacity to around 5 million tonnes per year, alongside Denmark's Greensand hub
Stratos in Texas, designed as the world's largest direct air capture plant at 500,000 tonnes per year, missed its Q2 2026 startup after a commissioning fault — while BECCS has overtaken DAC in the carbon removal project pipeline. Removal at scale is coming, but first-of-a-kind timelines slip
Germany's industrial decarbonisation programme of about €6 billion rolls out competitive support mechanisms from mid 2026
For more details about CCUS policies and analysis, visit the CCUS Policy Hub.