I’ve been looking into the thermodynamics of carbon capture.
Instead of viewing carbon capture as a thermodynamic penalty funded by offset credits, the whitepaper outlines a path to making it an economic inevitability. The core thesis relies on the continued scaling laws of cheap solar: as solar LCOE drops, it eventually becomes cheaper to synthesize hydrocarbons directly from atmospheric CO2 and sunlight than it is to drill mile-deep holes to extract legacy oil and ship it from the other side of the world.
It's a fascinating look at bypassing the energy-scarcity mindset of traditional Direct Air Capture by just brute-forcing the problem with hyperscale and cheap solar.
I’ve been looking into the thermodynamics of carbon capture.
Instead of viewing carbon capture as a thermodynamic penalty funded by offset credits, the whitepaper outlines a path to making it an economic inevitability. The core thesis relies on the continued scaling laws of cheap solar: as solar LCOE drops, it eventually becomes cheaper to synthesize hydrocarbons directly from atmospheric CO2 and sunlight than it is to drill mile-deep holes to extract legacy oil and ship it from the other side of the world.
It's a fascinating look at bypassing the energy-scarcity mindset of traditional Direct Air Capture by just brute-forcing the problem with hyperscale and cheap solar.