Published by Todd Bush on July 9, 2024
The carbon capture project at Lafarge Canada in Bath, Ontario, Canada, aims to make a profit. While the path to net zero will overwhelmingly come from actually cutting emissions, not capturing them, the project in Bath, aims to transform captured CO₂ into calcium carbonate, a product that is used in pharmaceuticals, paint, and packaging and can achieve prices of US$400-2700/t on the world market, depending on purity and grade. While these varied uses show the growth potential for the future of the business, for now, all the carbon captured in Bath is sold back to Lafarge for concrete.
The Lafarge cement plant (Holcim group) in Bath, Ontario, in partnership with Hyperion Energy, has been piloting a carbon capture project that will use steel tanks housed in shipping containers. It is a “drop-in” modular solution that requires no modifications to the existing plant. It has been running for a year, capturing 1tpd of carbon and making a product that can be mixed with cement as a strengthener for concrete.
“It’s a circular strategy,” said Rob Cumming, head of sustainability, environment, and public affairs at Lafarge Canada.
“We’re turning dirty air into dollars,” said Heather Ward, CEO and founder of Hyperion Energy, which developed the proprietary system. “We’re not dependent on carbon credits because we produce a product with a commodity value.”
“This is a very important solution,” said Sarah Petrevan, vice-president of decarbonization and sustainability at the Cement Association of Canada. “Not only to utilize the carbon we produce, but to create a value-added product.”
“For every tonne of CO₂ captured, we get credit for 1.29t,” said Rob Perrins, vice-president of operations at Hyperion. “As a result, we can actually produce the lowest-carbon concrete in the world.”
The pilot plans to scale up to 10tpd in the next year and 100tpd by 2027. But even then, it will only capture a fraction of the 1700t of carbon produced each day by the Lafarge plant.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside this Issue 💰 Mantel Secures $30 Million to Bring Low Cost, Energy Efficient Carbon Capture to the Heavy Industrial Sector 🔗 Ontras and H2 Energy Europe Sign MOU to Advance Hydrogen Infrastr...
Inside this Issue 🤝 Khaled bin Mohamed bin Zayed Witnesses Signing Ceremony for ADNOC and ExxonMobil Partnering in World’s Largest Low-Carbon Hydrogen Facility 💡 Oxylus Energy Raises $4.5 Millio...
Inside this Issue 🛢️ Oil and Gas Giant Bp to Partner Aberdeen's Hydrogen Plans 💰 DOE Awarding $62M to 20 Projects to Improve Performance of Clean Hydrogen Infrastructure 🌍 DP World’s Bold Steps To...
With backing from leaders in the energy industry, the company is scaling its molten borate carbon capture technology, which could cut costs by more than half. BOSTON--(BUSINESS WIRE)--Mantel Captu...
Ontras and H2 Energy Europe Sign MOU to Advance Hydrogen Infrastructure for Industrial Customers
Zurich, 5 September 2024 - H2 Energy Europe AG, a developer of large-scale green hydrogen ecosystems, and ONTRAS Gastransport GmbH (ONTRAS), a German transmission system operator (TSO), have signed...
New Underground Wells Could Store Carbon Dioxide Pollution for Microsoft and Amazon
A major project to capture and store carbon dioxide pollution for companies including Microsoft and Amazon just took a significant step forward — the Environmental Protection Agency (EPA) issued dr...
Hycamite Opens Europe’s Largest Methane-splitting Plant for Low-carbon Hydrogen Production
Today, Hycamite TCD Technologies, a leader in emissions-free methane-splitting technology, opens Europe’s largest methane-splitting plant in Kokkola, Finland. Once fully operational, the nominal ca...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.