
Take: Brineworks: From “Magic Box” to Upgraded Suit | CO₂ + H₂ for E-Fuels
Take on a podcast episode from Bite-Size Climate Tech, originally published Sun, 30 Au. Listen: https://podcasters.spotify.com/pod/show/lydiaclinzi/episodes/Brineworks-From-Magic-Box-to-Upgraded-Suit--CO--H-for-E-Fuels-e3o34o3 TL;DR Brineworks pivoted from direct ocean capture to a closed-loop land-based system using purchased salt + reverse-osmosis water. Bigger addressable market, but loses the “ocean is free feedstock” story. Co-produces CO₂ and hydrogen from one electrochemical pH-swing box — pitched as the differentiator vs. other electrochemical direct air capture players optimizing purely for energy efficiency. Cost targets: sub-$200/t CO₂ by 2030, near $100/t by 2035. Aggressive but in the same range peers are quoting. Explicitly designed for intermittent operation (20-50% capacity factor) on cheap solar/wind — a design choice worth taking seriously. Target customer is e-fuel project developers, not carbon removal buyers. This is really a feedstock company now, not a durable removal company. Lydia Clinzi hosts Joel Parman, CTO and co-founder of Brineworks, returning to Bite-Size Climate Tech two years after his first appearance. The episode covers Brineworks’ pivot from direct ocean capture to a land-based closed-loop electrochemical system that co-produces CO₂ and green hydrogen for synthetic fuels. ...
