Capturing excess CO2

Capturing carbon is all about pulling carbon dioxide (CO₂) out of the atmosphere and safely storing it. While cutting emissions is super important, it’s not enough on its own—we also need to clean up the CO₂ that’s already out there.

Removing carbon helps slow down climate change and even reverse some of the damage we’ve done. It’s like hitting the reset button for the planet, giving us a chance to build a healthier, more sustainable future.

Why We Support It

The effects of climate change are everywhere—rising temperatures, extreme weather, and damaged ecosystems. Supporting carbon removal is one of the most effective ways we can fight back.

Projects we support

We’re committed to real solutions that make a lasting difference. That’s why the funds we raise go directly to a variety of carbon removal projects. Each project is carefully vetted to ensure it’s making a measurable impact. We focus on projects that are effective, sustainable, and verified by a third party for their results.

Blue Carbon

Blue carbon focuses on ocean ecosystems like mangroves, seagrasses, and salt marshes. These ecosystems are incredible—they pull tons of CO₂ out of the air while also protecting coastal areas and boosting biodiversity. By restoring and protecting these habitats, we’re helping nature do what it does best.

Regenerative Agriculture

Regenerative agriculture is all about improving the health of our soils. By using techniques like no-till farming, cover crops, and crop rotation, farmers can turn their fields into carbon sponges. This method not only removes CO₂ but also improves food production, water retention, and the overall health of the land. Supporting farmers who embrace these practices is a big part of our mission.

Enhanced Rock Weathering

This one’s pretty cool—enhanced rock weathering involves spreading crushed minerals (like basalt) over fields, footpaths, flat roofs - pretty much anywhere! These minerals naturally react with CO₂ in the air and lock it away in the ground for thousands of years. It’s a science-backed way to store carbon while also enriching the soil.