Precision capture
Rare earths and precious metals, pulled selectively out of dilute streams — the ones where conventional separation chemistry stops paying for itself.
Bioengineered capture of critical metals. Precision at the scale of a single atom — and a platform that is still being pointed.
Rare earths and precious metals, pulled selectively out of dilute streams — the ones where conventional separation chemistry stops paying for itself.
A cartridge that drops into the line that already exists. No solvent inventory. No new plant.
The recognition chemistry is a biomolecule. Which metal it binds is a parameter, not a constraint.
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They shape the company more than the technology does, which is the part most people get backwards.
Innovating around infrastructure that already exists, and creating value where none was thought left.
Synthetic biology, materials science and protein engineering, aimed squarely at industrial biomanufacturing.
Built with recyclers and smelters, not at them. They are the stakeholders we exist to serve.
Mistakes are encouraged, provided the learning follows. Trial and error is the method, not the excuse.
We accommodate personal needs and welcome difference. Movement encourages focus.
A horizontal approach to ideas. All of them get heard; the good ones get built.
We are talking to industrial partners, recyclers and refiners, and investors who are comfortable being early.
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