Worley has been selected by Dow to provide engineering design services for a key cogeneration and carbon capture facility in its Path2Zero project.
Deep tech startup Reduciner has raised €3.6 million to commercialize a technology that converts captured carbon dioxide into fuels and industrial materials.
The Zero Emissions Platform has rebranded as Carbon Management Europe, aligning its name with its broader focus on industrial carbon management and evolving EU climate policies.
Colorado Governor Jared Polis announced a Memorandum of Understanding (MOU) with Wyoming to strengthen coordination on permitting for carbon storage efforts that may cross state boundaries.
Holcim has partnered with Swedish startup Paebbl and leading general contractor Goldbeck on the first commercial-scale application of a breakthrough carbon-storing technology in an innovative Holcim concrete, which was used to build the foundations of a logistics center for a global retail giant in South Germany.
Gas chromatography plays critical role in CCUS success
By Valmet
May 13, 2026
Process gas chromatography is essential to the success of CCUS systems, providing accurate, real-time analysis of complex gas streams. This data enables efficient operation, regulatory compliance and safe carbon capture across industrial sectors working to meet decarbonization goals.
Direct air capture, e‑methanol production and CO₂ electrolysis technologies from Italy, France and the U.S. won the “Best CO₂ Utilisation 2026” award after a live vote at an international CCU conference, underscoring rapid progress in turning captured carbon into fuels and chemicals.
A new agreement will advance a major CO₂ transport and storage terminal at Avonmouth Docks, expanding access to carbon capture infrastructure for industry across southwest England, the Midlands and South Wales, with operations expected to begin in 2031.
Deep Sky and ENGIE have formed a partnership covering carbon credit procurement, joint research and market development, with ENGIE committing to purchase up to 15,000 direct air capture carbon removal credits to support the scaling of durable carbon removal.
Carbon Direct and Arca have formed a collaboration to scale Industrial Mineralization, a carbon removal technology that accelerates mineral carbonation in mine waste, offering durable, high-quality CO₂ removal using existing industrial infrastructure.
Canada has opened the world’s first surficial mineralization hub in Thetford Mines, Quebec, leveraging mine tailings to permanently remove carbon dioxide and positioning the region as a major center for next-generation carbon removal innovation.
New CaptureMap analysis shows that Europe’s CCUS challenge is less about storage shortages and more about aligning capture, transport and storage projects, calling for system-level coordination rather than a narrow focus on individual bottlenecks.
Costain, A E Yates and Hyperion Robotics will use 3D‑printed low‑carbon concrete sleepers for Teesside’s carbon capture pipeline network, cutting material use, emissions and construction risk while supporting the U.K.’s growing CCS infrastructure.
CF Industries and PepsiCo have launched a partnership to reduce emissions in potato farming by supplying growers with certified low‑carbon nitrogen fertilizer, starting with potatoes used for Frito‑Lay snack products.
NYK, Hokkaido Electric Power sign a deal for onboard carbon capture demo in Japan
By NYK
April 29, 2026
NYK and Hokkaido Electric Power have signed an agreement to study and demonstrate onboard carbon capture and storage technology on a coal carrier in Japan, advancing efforts to cut emissions from international shipping.
UP Catalyst and South Korea’s SGC Energy have partnered to commercialize technology converting captured CO₂ into battery-grade graphite and carbon nanotubes, advancing circular carbon production and strengthening Korea’s battery supply chain.
Microsoft has agreed to purchase 626,000 metric tons of carbon removal credits over 15 years from an Indigenous‑owned bioenergy with carbon capture project in Saskatchewan. The deal represents Microsoft’s first Canadian BECCS carbon removal agreement and one of the first such projects in the country involving Indigenous ownership.
The EPA has approved a permit for Marquis Carbon Injection LLC to store carbon dioxide underground in Putnam County, Illinois. The project will allow up to 9 million metric tons of CO₂ to be injected over six years, with long-term monitoring designed to protect drinking water and support local economic development.
Climate Vault Solutions has added Cowboy Clean Fuels’ Triangle Unit project in Wyoming to its vetted carbon removal portfolio. The biomass-based project is the first of its kind approved by Climate Vault’s independent expert panel and will supply carbon removal credits through Climate Vault Solutions’ procurement platform.
Vault 44.01 Ltd. and Cardinal Ethanol have received final EPA approval to permanently store carbon dioxide at a new carbon capture project near Union City, Indiana. The $60 million project will store up to 450,000 metric tons of CO₂ annually, supporting low-carbon ethanol production and local agriculture.
PureField Ingredients has secured EPA approval to permanently store carbon dioxide from its Kansas operations, enabling carbon capture at its Russell facility. The move places the company among the lowest carbon-intensity ethanol producers globally while supporting local agriculture and domestic food ingredient manufacturing.
Brazil’s regulatory framework for carbon capture, utilization and storage is emerging as a critical component of the country’s strategy to decarbonize heavy industry. As global emissions continue to rise and natural sequestration processes prove insufficient, Brazil is developing a policy and regulatory approach aimed at addressing emissions from hard-to-abate sectors while maintaining industrial competitiveness.
Digital measurement and integrated data systems are shaping the success of CCUS projects by improving emissions visibility, reducing risk and enabling more confident design, operation and investment decisions.
Class VI wells are the regulatory and engineering backbone of large-scale carbon capture and storage (CCS) projects in the United States. As deployment accelerates, the ability to inject and permanently contain CO2 in deep saline formations has become central to project feasibility, regulatory approval and long-term performance.
Comprehensive data from Ethanol Producer Magazine’s U.S. and Canada Fuel Ethanol Plant Map reveals a rapidly evolving carbon capture, utilization and storage (CCUS) landscape, with more than 130 projects spanning multiple capture, transport and storage pathways.
As the industry navigates economic uncertainty, ambiguous policy frameworks and scrutiny around safety and scalability, one thing remains consistent: adaptability.
The federal government is investing $28.9 million through the Energy Innovation Program in 12 projects advancing carbon capture, renewable energy and smart grid innovation across Canada. The funding, announced by Natural Resources Minister Tim Hodgson, directs the largest share — $16.9 million — toward carbon capture, utilization and storage research and demonstration, with the remainder supporting renewable energy deployment and electricity grid modernization.
Aircapture and Corning have moved their multi-year DAC collaboration into early commercial deployment, with Corning supplying advanced ceramic substrates for Aircapture's modular carbon capture systems. The systems, which can be operational within days of installation and produce CO₂ at up to 99.998% purity, are being deployed across beverage, concrete and other industrial markets, with field deployments including Project Hajar in the UAE already demonstrating the technology's scalability.
CURA has partnered with carbon data provider Sylvera to independently validate its low-carbon cement technology and model its commercial value, with scenario analysis identifying up to €409 million in opportunity through the EU Emissions Trading Scheme. The assessment placed CURA in the top 0.1% of cement producers globally by carbon intensity, providing the verified data the company needs to secure offtake agreements, attract investment and navigate an evolving regulatory landscape.
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