Mantel Capture has launched a FEED study for a commercial-scale carbon capture project in Canada that aims to capture 60,000 metric tons of CO₂ annually. The project builds on the company’s molten borate technology and signals growing industrial adoption of energy-efficient carbon capture solutions.
Onnu and ReGenEarth announced a strategic partnership to develop a fully integrated anaerobic digestion and pyrolysis project at ReGenEarth’s Sedgefield site, transforming an existing AD facility into a circular carbon removal and renewable energy hub. The deployment includes dual CarboFlow pyrolysis units engineered to produce biochar, enhance feedstock utilization and support high-integrity carbon credit pathways. The project serves as a model for future AD–pyrolysis systems planned across the UK and internationally.
Worley has been selected to oversee engineering, procurement and construction management for what will be the United Kingdom’s first full-scale carbon capture facility for cement production. The project, located at Heidelberg Materials’ Padeswood plant in North Wales, is designed to capture about 800,000 tons of carbon dioxide annually and is expected to be operational in 2029. The development marks a major milestone in the UK’s carbon reduction efforts and the HyNet industrial decarbonization cluster.
Google has signed its first corporate agreement to support a natural gas power plant equipped with carbon capture and storage, partnering with Broadwing Energy in Decatur, Illinois. The project will capture about 90% of the plant’s CO₂ emissions and aims to advance CCS as a reliable clean-firm power source for the U.S. grid.
Greenlyte Carbon Technologies has inaugurated the world’s first LiquidSolar SNG plant, marking a major step toward commercial-scale production of synthetic fuels and strengthening North Rhine-Westphalia’s position as a hub for next-generation energy industries.
Technip Energies has been awarded a contract to supply three fully electric marine loading arms for Phase 2 of the Northern Lights CO₂ transport and storage project, marking a first-of-a-kind design that eliminates hydraulics and advances safety and environmental performance.
Return Carbon and the Permian Energy Development Lab have launched the Trinity Campus, a new test site designed to validate next-generation direct air capture and carbon storage technologies in real-world conditions in the Permian Basin.
Verde AgriTech has entered into an exclusive partnership with UNDO Carbon Ltd. to develop and commercialize high-quality carbon removal credits through Enhanced Rock Weathering projects in Brazil. The collaboration combines Verde’s mineral resources and agricultural network with UNDO’s technology and MRV expertise. The deal marks Verde’s first major step into the carbon credit market.
Aramis has opened its tender for linepipe supply for a 200 km, 22-mtpa offshore CO₂ pipeline, a major step toward launching its carbon capture and storage system by 2030.
The EPA approved Texas’ request for primacy over Class VI injection well permitting, giving the state authority to regulate carbon capture wells and streamline approvals. State and federal leaders say the move will boost efficiency, investment, and water protection while supporting Texas’ energy sector.
PlanetWEST has launched MIDAC, a mobile particulate-capture system targeting Black Carbon pollution in the Gulf’s most polluted cities. The new technology integrates with vehicles to clean urban air and reduce climate-warming emissions.
Carbon Direct has acquired Pachama to combine Carbon Direct’s scientific expertise with Pachama’s monitoring and digital-MRV platform, advancing high-quality nature-based carbon removal and restoration projects.
Capsol Technologies has signed a strategic cooperation agreement with Everllence to integrate compression and expansion equipment into its CapsolEoP® carbon-capture platform. The partnership aims to standardize equipment packages, simplify procurement for developers, reduce costs, and accelerate deployment of capture projects.
enfinium has submitted a planning application to Flintshire County Council to install full-scale carbon-capture technology at the Parc Adfer energy-from-waste facility in Deeside, North Wales. If approved, the project would become Wales’s largest carbon-removal initiative and connect to the HyNet North West transport and storage network.
Avnos has secured up to $17 million in project financing from Shell US Gas and Power, LLC and Mitsubishi Corporation (Americas) to build its flagship HDAC™ facility, Project Cedar. The facility, coming online by the end of 2026, uses a water-positive, hybrid direct air capture design that eliminates external heat and water needs.
Google has signed a new agreement with Mombak to purchase 200,000 tons of CO₂ removal from large-scale native forest restoration in the Amazon. The partnership will also use Google DeepMind’s Perch AI to help quantify biodiversity benefits as Mombak expands its reforestation work.
Carbon Clean has signed an agreement with Samsung Engineering to collaborate on deploying large-scale modular carbon capture solutions for industrial facilities across Asia and the Middle East. The partnership will focus on accelerating the adoption of Carbon Clean’s CycloneCC technology in hard-to-abate sectors.
Cory Group has received approval from the UK Government to build a carbon capture and storage project at its Riverside waste-to-energy facility in Belvedere, targeting about 1.4 million tons of CO₂ per year.
CURA, a Canadian climatetech startup, has emerged from stealth with an electrochemical process that can cut cement CO₂ emissions by up to 85% by splitting limestone into zero-carbon lime and a pure CO₂ stream.
Holcim’s Carbon Hub project in Câmpulung, Romania, has secured a grant from the European Commission’s EU Innovation Fund, making it the first large-scale onshore CCS initiative in Eastern Europe. The project plans to capture CO₂ from cement and lime production, transport it via a newly constructed pipeline, and store it underground.
Capsol Technologies has signed a rental agreement with a major European cement producer to deploy its CapsolGo® six-month demonstration campaign for carbon capture and liquefaction at a cement plant. The campaign, beginning in Q1 2026, will generate operational data to support future CCS investment decisions.
Gevo has delivered its first certified carbon dioxide removal credits (CORCs) to Biorecro North America under the Puro.earth standard. The delivery marks the start of a multiyear deal expected to generate about $26 million over five years.
QatarEnergy has awarded an EPC contract for a carbon capture and sequestration project at its Ras Laffan LNG facilities. Designed to capture up to 4.1 million tons of CO₂ per year and positioning the company among the world leaders in large-scale CCS.
ADM and Super6 Carbon have signed a memorandum of understanding to produce carbon dioxide removal (CDR) credits by permanently storing CO₂ at ADM’s existing CCS site in Decatur, Illinois, leveraging the Mt. Simon sandstone formation beneath the site.
OGCI’s latest report explores how naturally reactive rock formations can be used for permanent CO₂ mineralization, potentially expanding global storage capacity and offering new pathways for CCUS where conventional storage sites are scarce.
NextChem is partnering with Uzkimyosanoat in Uzbekistan to conduct a feasibility study and advance a carbon-capture and storage project using its proprietary NX Decarb™ technology.
Mid America Agri Products’ ethanol facility in Madrid, Nebraska, has begun sending captured CO₂ through Tallgrass’s Trailblazer pipeline for permanent underground storage in Wyoming, marking the site’s first shipment.
Honeywell’s advanced carbon-capture technology will be deployed at a project led by Wabash Valley Resources (WVR) to convert a former gasification power plant facility in West Terre Haute, Indiana, into a low-carbon ammonia-fertilizer hub.
Embarking on a carbon capture, utilization and storage (CCUS) project is a significant step toward environmental stewardship and regulatory compliance.
Across the carbon management landscape, the conversation is shifting from possibility to proof. This issue captures that evolution. Rather than debating whether carbon capture and utilization can scale, our contributors examine how it is being engineered, financed and legislated into reality.
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