How Carbfix Works

Carbfix’s core technology centers around capturing CO₂ emissions, dissolving the gas in water, and injecting it into underground basalt formations. When the CO₂-infused water is injected into these rocks, a chemical reaction occurs that converts the CO₂ into stable mineral forms, essentially locking it away permanently. This process mimics natural carbon mineralization but accelerates it from thousands of years to just a few years.

Carbfix employs two main strategies for capturing CO₂: Point Source Mineralization and Direct Air Capture (DAC). Point Source Mineralization is applied near industrial emitters like power plants to directly capture CO₂ emissions before they enter the atmosphere. Meanwhile, DAC technology allows for capturing CO₂ from ambient air, making it possible to address emissions from more dispersed sources that are difficult to mitigate otherwise.

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Scalability and Environmental Impact

Carbfix's goal is to scale up its technology for greater global impact. To achieve this, the company is developing Terminal Mineralization projects, where CO₂ from multiple sources can be transported to a central location for permanent storage. These terminal hubs leverage economies of scale, making it cost-effective to handle emissions from large industrial complexes and other emitters.

Carbfix aims to contribute significantly to global climate recovery. Their technology is efficient and environmentally responsible, requiring minimal energy and resources compared to traditional carbon capture solutions. This mineralization process can reduce greenhouse gas concentrations in the atmosphere, providing a scalable solution that aligns with international climate goals.

Carbfix partners with industries such as iron and steel, cement, and chemical manufacturers to integrate their carbon storage technology directly into the production processes. This collaborative approach ensures that emissions from hard-to-abate sectors are captured and safely stored, helping to decarbonize essential but emission-heavy industries.

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The Future of Carbfix

Carbfix began as a research initiative and continues to be driven by innovation. The company is exploring new techniques for more efficient mineralization, expanding to other geologically suitable areas around the world, and collaborating with academic institutions to refine its technology. The goal is to create a widespread and sustainable network capable of capturing billions of tons of CO₂ globally.

With an emphasis on expanding internationally, Carbfix is collaborating with partners and governments to create a broader impact. Coda Terminal, the world’s first transport and mineralization hub, represents the beginning of a new chapter for industrial-scale CO₂ mineralization. This project is poised to set the standard for how CO₂ can be stored safely and efficiently across the globe.

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Conclusion: A Natural Path to Carbon Neutrality

Carbfix offers a pioneering solution to one of humanity’s most pressing challenges—carbon emissions. By transforming CO₂ into stone, they not only reduce atmospheric greenhouse gases but also provide a permanent and sustainable form of carbon storage. With its unique blend of science, innovation, and environmental stewardship, Carbfix is helping to pave the way towards a carbon-neutral future.

For more information, visit Carbfix.

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