#carbon-capture

#carbon-capture

Gigablue has designed particles that, when released in the ocean, will trap carbon at the bottom of the sea, asserting potential to combat climate change.

More than 50,000 cargo ships are at sea at any moment, producing 3% of global greenhouse gas emissions more than aviation.

“There are some preliminary data points about this for sure, but has anyone run this system in -30 C yet? No, we haven't.”

We've always known this journey would be demanding. Today, we find ourselves navigating a challenging time that necessitates adjustments as we strive for success.

We've spent years perfecting our molecular reconfiguration process to maintain the extraordinary properties demonstrated in the lab, while making the process commercially viable.

Our mission is to create the next-generation hardware for chemical technology processes, starting with electrochemical conversion of CO2 to green hydrocarbons.

Paebbl's new plant is claimed to be the largest facility in the world for continuous CO2 mineralisation, a significant step in combating climate change.

Michael Robbin's innovative rotational grazing method enhances soil health and cattle growth while mitigating carbon emissions, transforming traditional livestock farming into a sustainable practice.

Google's recent agreement with the startup Holocene to capture carbon at $100 per ton could significantly lower industry costs and validate carbon removal technologies.