The selected Phase 1 route is a gas-fed microbial-biomass program.
Current program
Carbon In. Food Infrastructure Out.
Eden Engine is developing a modular gas-fermentation platform that uses conditioned CO₂ and electricity-derived hydrogen to cultivate protein-rich microbial biomass. Software and experiment controls are built; qualified biological validation is next.
Software, pathway models, experiment workflow, and evidence controls are built.
Facility, gas safety, organism down-selection, controlled runs, and independent assays come next.
Program readout 01
Current stage
Software, pathway models, and experiment controls are built. Qualified biological validation is the next milestone.
- Built: software, models, experiment workflow, and evidence controls
- Designed: selected direct CO₂/H₂ pathway, measurements, and decision gates
- Next: qualified facility, safety approval, organism down-selection, controlled runs, and independent assays
Program readout 02
One selected Phase 1 pathway
Eden’s current program uses conditioned CO₂ and electricity-derived hydrogen directly in microbial fermentation to pursue protein-rich biomass.
- Conditioned CO₂ + H₂ + O₂ + nutrients
- Hydrogen-oxidizing microbial fermentation
- Traceable research biomass lot
- Independent characterization and a documented continue, rescope, or stop decision
Program readout 03
What must be proven next
The immediate objective is a controlled biological campaign with known inputs, measurable outputs, qualified analytical methods, carbon and resource reconciliation, uncertainty, and an explicit decision.