Explore how we get from demonstration projects to massive commercial deployment, discover breakthrough partnerships, and shape policy, while networking with industry leaders and policymakers.
Carbon removal refers to cleaning up COâ‚‚ already in the atmosphere and storing it away for centuries or longer. Even with emission cuts, carbon removal is our only tool to address residual and historical emissions and reverse climate impacts.
Direct air capture works like a massive air purifier that pulls CO2 straight from the atmosphere using special filters, then stores it safely underground where it stays trapped for thousands of years.
Biochar turns dead plants and leftover crops into a charcoal-like material through heating without oxygen, permanently trapping CO2 inside while creating a useful product that helps soil hold water and nutrients better.
Ocean alkalinity enhancement adds natural minerals to seawater, like a giant antacid for the ocean, which reduces acidity and increases the water's ability to absorb and hold more CO2 from the atmosphere.
Carbon mineralization mixes CO2 with special minerals that react together to form rock-like substances, permanently locking the CO2 away in a solid form that can even be turned into useful building materials.
Bioenergy with carbon capture and storage burns plant waste and dead trees to generate clean electricity, but captures all the CO2 that would normally escape and pumps it underground for permanent storage.
Direct ocean removal works like a water filter that separates CO2 from seawater, removing the CO2 that oceans have naturally absorbed over time and storing it safely underground.
Biomass burial takes dead trees and plants that absorbed CO2 while growing and buries them in special oxygen-free underground sites where they can't decompose, keeping the CO2 locked away permanently.
Enhanced rock weathering spreads finely crushed minerals on farmland that naturally absorb CO2 from the air over time, while simultaneously improving soil quality and boosting crop growth.