Turning CO₂ into Future-Proof Building Materials—Permanently
Why is this so important?
Concrete is the most widely produced material on Earth, with 40 billion tonnes manufactured every year. Unfortunately, it also accounts for up to 8% of global greenhouse gas emissions. Simultaneously, humans release 50 billion tonnes of CO₂ into the atmosphere annually. We need to find a solution for all this excess CO₂.
What if concrete could become a carbon sink? By doing so, construction could actively contribute to solving the climate crisis at scale—rather than exacerbating it.
Nature’s Hack, Our Technology
Nature already turns CO₂ into stone naturally. Paebbl accelerates this process. By leveraging decades of research, they’ve developed technology that enhances CO₂ mineralization by 10 million times, transforming CO₂ into solid, sustainable building materials. This helps the planet breathe easier by capturing carbon permanently.
Building for the Future
Paebbl is driven by urgency. As a society, we are already behind in reversing atmospheric damage, which is why speed is critical. They are focused on scaling up their technology as quickly as possible—safely.
In just 24 months, Paebbl has progressed from small-scale experiments to producing hundreds of kilograms of carbon-storing materials daily. By the first quarter of 2025, they plan to produce tons of carbon-capturing materials every day, ready for commercial-scale deployment.
Source: paebbl.com
