What if we could remove CO₂ from the atmosphere today—and keep it gone for 1,000 years? In this episode, I’m joined by Barclay Rogers, founder and CEO of Graphyte, who is pioneering a breakthrough method called Carbon Casting that uses biomass by-products and low-energy engineering to lock away carbon at a fraction of the typical cost. We explore why many emissions cannot be abated, how durable removals differ from nature-based fixes, and what it takes to make carbon removal bankable and scal...
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What if we could remove CO₂ from the atmosphere today—and keep it gone for 1,000 years? In this episode, I’m joined by Barclay Rogers, founder and CEO of Graphyte, who is pioneering a breakthrough method called Carbon Casting that uses biomass by-products and low-energy engineering to lock away carbon at a fraction of the typical cost. We explore why many emissions cannot be abated, how durable removals differ from nature-based fixes, and what it takes to make carbon removal bankable and scal...
Direct air capture has long been too costly and energy-intensive to scale. But economist Ethan Cohen‑Cole is changing the equation. As CEO of Capture6, he’s embedding carbon removal into water infrastructure—cutting brine disposal costs, generating fresh water, and mineralizing CO₂ in one modular system. In this episode, Ethan shares how Capture6 is turning industrial waste into a climate asset by avoiding energy-intensive heat steps and integrating directly into existing desalination and was...
Leaders on a Mission
What if we could remove CO₂ from the atmosphere today—and keep it gone for 1,000 years? In this episode, I’m joined by Barclay Rogers, founder and CEO of Graphyte, who is pioneering a breakthrough method called Carbon Casting that uses biomass by-products and low-energy engineering to lock away carbon at a fraction of the typical cost. We explore why many emissions cannot be abated, how durable removals differ from nature-based fixes, and what it takes to make carbon removal bankable and scal...
