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• Gov’t of Canada Backs Heidelberg Materials’ Game-Changing Edmonton CCUS Project
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• MAX Power Expands Geological and Engineering Team for Natural Hydrogen in Saskatchewan

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Other articles in the issue

• Heidelberg Materials North America Announces Funding Commitment from Government of Canada in Support of its Groundbreaking Edmonton CCUS Project

  The Government of Canada has committed funding of up to $275 million for Heidelberg Materials' Edmonton CCUS project, the first full-scale carbon capture system in the cement industry. The project aims to capture over 1 million metric tons of CO₂ annually, reducing emissions and supporting Canada's net-zero goals. Heidelberg Materials is working with federal and provincial governments to finalize agreements and move toward a final investment decision.

• dynaCERT Prepares Completion of 1,000 HydraGEN™ HG1 Units

  dynaCERT is preparing to complete 1,000 HydraGEN™ HG1 Units to support growing demand for its hydrogen-based emission reduction technology. The company is also advancing a carbon credit initiative linked to CO₂ reductions in diesel engines. With increasing orders and industry interest, dynaCERT is scaling production and expanding global outreach.

• Yale Chemists Discover a New Method for Reducing Carbon Dioxide

  Yale chemists discovered a new method to convert CO₂ into formate, a chemical used in preservatives and pesticides. Their process uses molecular manganese catalysts on porous silicon, which improves efficiency and stability. This breakthrough could lead to new industrial applications for CO₂ conversion and alternative chemical feedstocks.

• American Biogas Council Launches Carbon Accounting Tool to Provide More Precise Valuation of RNG and Biogas in Carbon Markets

  The American Biogas Council launched the Biogas Carbon Accounting Tool (Biogas CAT) to provide precise lifecycle emissions data for biogas projects. This tool helps biogas developers and voluntary carbon buyers accurately track and report emissions reductions. It ensures fair participation in carbon markets and enhances transparency in the biogas and RNG sectors.

• Utility Achieves Industry-First Hydrogen Production Using Steel Manufacturing Off-Gases

  Utility successfully produced clean hydrogen from steel manufacturing off-gases using its H2Gen system at a major North American steel plant. This industry-first breakthrough enables cost-effective, electricity-free hydrogen production, reducing carbon emissions while integrating with existing infrastructure. The company plans to scale production to support heavy industries, biogas-to-hydrogen, and other clean energy applications.

• Canada Partners With Heidelberg Materials to Drive Cement Industry Decarbonization

  The Government of Canada is investing $275 million in Heidelberg Materials' Edmonton CCUS project to capture CO₂ emissions from cement production. The system will store over 1 million metric tons of CO₂ annually, making it the first full-scale CCUS application in the cement industry. This initiative supports Canada’s net-zero goals and strengthens its leadership in low-carbon construction.

• DirectH2, Inc. Secures Exclusive License from Rice University and Seed Round Funding from HL Energy Ventures

  DirectH2, Inc. secured seed funding from HL Energy Ventures to advance its modular hydrogen production technology. The company licensed exclusive IP from Rice University to develop next-generation hydrogen solutions. This funding will help accelerate commercialization and expand industry partnerships.

• Graphitic Energy Commissions Pilot Plant to Produce Low-Cost Clean Hydrogen and Graphite

  Graphitic Energy launched a pilot plant in Texas to produce low-cost clean hydrogen and solid carbon using methane pyrolysis. This process eliminates CO₂ emissions and does not require renewable electricity or carbon sequestration. The company secured $15 million in new funding to scale up its hydrogen and graphite production.

• Can North America Lead the Hydrogen Revolution? Challenges and Industry Breakthroughs in 2025

  North America is investing heavily in hydrogen but still faces cost, infrastructure, and public perception challenges. Nuclear and renewable energy projects aim to reduce green hydrogen costs, while regional hydrogen hubs are expanding. With government support and private-sector innovation, 2025 could be a pivotal year for the hydrogen economy.