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UH Researchers Unveil Breakthrough in Carbon Capture

Photo: University of Houston

September 3, 2025

BY Johnathan Adams, University of Houston

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Deep Sky Secures First-of-its-Kind Financing with Finalta Capital to Advance Carbon Removal in Canada

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By Deep Sky

September 17, 2025

Project Development Capture Utilization 

Deep Sky has secured an $11 million bespoke credit facility from Finalta Capital to finance its flagship Alpha carbon removal facility in Alberta. Alpha, the world’s first cross-technology carbon removal site, became North America’s first DAC project to sequester CO₂ underground.

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Boral has successfully trialed concrete made with recycled aggregates recarbonated via carbon capture technology from its Berrima cement plant. The pilot, supported by the federal CCUS Development Fund, replaced 50% of natural coarse aggregates with recarbonated recycled materials in a low-carbon mix.

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Chemists at the University of Copenhagen have developed a method to transform PET plastic waste into a powerful new material for CO₂ capture. The material, called BAETA, can absorb carbon emissions efficiently and be regenerated for reuse, offering a scalable, low-energy alternative to existing capture technologies.

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North Dakota’s Department of Agriculture is inviting grant proposals from ethanol producers under its Low Carbon Fuels Program, aiming to fund capital projects that cut carbon intensity.

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Clean Refineries has partnered exclusively with Eden Carbon Solutions to deploy integrated technology that captures CO₂ emissions and converts them into sustainable aviation fuel across North America.

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