CarbonFree, a San Antonio company, revolutionizes carbon capture by converting CO₂ into usable materials. Operating since 2016, it already transforms flue gas into baking soda, cutting 50,000 metric tons of CO₂ yearly. Its latest endeavor aims to turn steel emissions into limestone, reflecting its innovative approach to carbon negativity.
In the quest to combat carbon emissions, CarbonFree, based in San Antonio, emerges as a trailblazer not content with merely capturing carbon dioxide; it's ingeniously repurposing it. Since its inception in 2016, the company has been transforming flue gas from a local cement plant into baking soda, preventing up to 50,000 metric tons of CO₂ from entering the atmosphere annually.
Now, CarbonFree is set to embark on a more ambitious venture in partnership with a U.S. Steel plant in Indiana. Their goal? To convert carbon emissions from steel production into limestone or calcium carbonate powder, showcasing a groundbreaking method to utilize CO₂ emissions.
What sets CarbonFree apart is its unconventional approach to carbon capture. Unlike traditional methods involving pipelines and underground storage, CarbonFree's innovative technology focuses on creating valuable zero-carbon chemicals from captured CO₂, as highlighted by CEO Martin Keighley.
As industries globally rush to meet emission reduction targets set by various governments, CarbonFree's pioneering techniques hold promise. Collaborations with major players like BP indicate a rising interest in their technology to convert emissions into beneficial products.
The company's achievements signify a paradigm shift in carbon capture technology. With its SkyMine facility, the world's largest carbon mineralization plant, CarbonFree is changing the game, highlighting a new era of sustainability in manufacturing.
CarbonFree, a San Antonio-based company, showcases groundbreaking methods in carbon capture by not just trapping CO₂ but transforming it into usable materials like baking soda. Their innovative approach, already successful in preventing significant CO₂ emissions, marks a new direction in combating climate change.