Policy momentum and new projects

In the past twelve months Europe and North America have announced a cluster of large‑scale carbon capture projects, backed by fresh policy signals. The European Union’s €7 million grant programme for CO₂‑utilisation technologies (gasworld) and the inauguration of the continent’s first offshore storage hub by INEOS and Greensand (Financial Times, European Climate Agency) illustrate a coordinated push to move CCUS from pilot to commercial stage.

Canada, meanwhile, is formalising a carbon‑removal market framework under the Paris Agreement (Reuters). The federal government’s recent carbon plan promises long‑term support for oil‑sand operators and industrial emitters, signalling that CCS will be a core element of the country’s net‑zero pathway (EnergyNow.com).

Scale and economics

Several facilities now operate at a scale that was speculative a decade ago. Yara’s plant in the Netherlands captures, liquefies and transports up to 800,000 tonnes of CO₂ annually – the same capacity reported for the Dutch‑Norwegian pipeline linking captured CO₂ to offshore storage (Designboom, interestingengineering.com). Similarly, the Europe‑wide project led by Alfa Laval and Saipem provides heat‑transfer technology for a capture unit that will sequester roughly 800,000 tonnes per year (Yahoo Finance, Hydrocarbon Processing).

“Europe’s largest carbon capture plant now captures up to 800,000 tonnes of CO₂ per year.” – (Designboom, 2024)

Market analysts project the global CCUS market to reach $13.53 billion by 2031, driven by a mix of industrial capture, bio‑based processes, and emerging utilization pathways (Moomoo, MarketsandMarkets). Yet cost remains the dominant barrier. EnergyNow notes that capture costs still hover around $70‑$100 per tonne of CO₂, far above the price signals from most carbon pricing schemes.

CO2 capture systems
CO2 capture systems (Image: Wikimedia Commons)

Despite the price gap, several commercial models are gaining traction:

  • Enhanced oil recovery (EOR): Roughly 80 % of captured CO₂ globally is used for EOR, providing a revenue stream that offsets capture costs (Background Wikipedia).
  • Voluntary carbon markets: ADM’s pledge to deliver 800,000 tonnes of annual removal capacity into voluntary markets reflects a growing demand for verifiable CO₂ removals (Ethanol Producer Magazine).
  • Industrial clusters: The Peak Cluster revision of a cement‑lime pipeline route in the U.S. demonstrates how co‑located emitters can share transport and storage infrastructure (IndexBox).

Stakeholders and regional impacts

Industry, governments, and civil society are all feeling the ripple effects of the CCUS rollout.

  • Oil and gas producers: ExxonMobil’s $5 billion Gulf Coast capture project received federal approval, positioning the company to become a major CCUS service provider (InnovationMap). In Canada, Pathways’ oilsands project, while criticised for a smaller footprint than advertised (DeSmog), still illustrates the sector’s willingness to invest when rules are clear (EnergyNow).
  • Manufacturing and chemicals: Yara’s plant in the Netherlands and Capsol’s engineering studies for Belgian zinc and other European sites show that heavy‑industry emitters are now ordering capture units (Carbon Herald, World Cement).
  • Policy makers: Michigan’s House committee hearing on carbon capture proposals reflects the mixed reception from environmental groups, who demand robust monitoring and community benefits (Michigan Advance).
  • Indigenous communities: A side‑panel at a Canadian carbon capture conference highlighted partnership models that respect Indigenous rights and share economic benefits (Alberta Native News).

Path forward and emerging solutions

To move beyond the current “pilot‑to‑commercial” bottleneck, several levers are emerging:

Carbon capture and storage
Carbon capture and storage (Image: Wikimedia Commons)

  • Targeted incentives: The U.S. Inflation Reduction Act’s clean‑fuel tax credit now includes explicit language for CCUS, enabling projects like POET‑DTE Vantage’s Shelby County plant to claim additional revenue streams (WBOC TV).
  • Technology innovation: Cryogenic capture at the Belgian zinc plant (Revcoo & Reazn) and metal‑organic frameworks (MOF) for high‑selectivity adsorption (GlobeNewswire) are lowering energy penalties associated with capture.
  • Infrastructure coordination: Europe’s first offshore storage hub, operated by INEOS, provides a shared sink that can serve multiple capture sites, reducing per‑tonne transport costs (Financial Times).
  • Regulatory certainty: Canada’s forthcoming carbon‑removal market framework aims to define eligibility, verification, and pricing rules for CCS projects, a step many investors say is needed to unlock private capital (Reuters).

While the scale of deployment is still modest compared with the billions of tonnes of CO₂ emitted annually, the convergence of policy support, market demand, and technological progress suggests a credible pathway for CCUS to contribute meaningfully to global mitigation. The next milestone will be the transition from “first‑of‑a‑kind” facilities to replicable, cost‑competitive clusters that can operate across sectors and geographies.