Not intentionally. Just systemically. SCO2's Nextract Technology turns the biomass leaving your facility into multiple high-value ingredients — without disrupting a single line of your operation.
Not intentionally. Just systemically. SCO2's Nextract Technology turns the biomass leaving your facility into multiple high-value ingredients — without disrupting a single line of your operation.
Fibers, oils, bioactives, proteins. Every plant byproduct is full of them.
They just happen to be locked
inside material that gets composted, burned, or hauled away.
Figures are planning-grade estimates. Yields are based on published extraction data, and values reflect estimated mid-range B2B wholesale pricing for each delivered fraction. Actual recovery and pricing depend on feedstock, operating parameters, and market conditions.
Patented technology
Our patented process redefines how extraction is done. Supercritical CO₂ moves through five controlled pressure stages, separating molecules by mass and capturing each fraction cleanly—without solvents or additional steps.
Pressure drops left → right, separating molecules by mass
Built for what extraction couldn't do before.
 | Legacy sc-CO₂ | |
|---|---|---|
| Cycle time | < 20 min | 40 min – 60 hrs |
| Throughput | 1–25 tons / hr | Up to 2 tons / day |
| Pre-processing | None | Required |
| Process steps | 1 | 12+ |
| Solvents | Zero | Chemical downstream |
| Clean-label ready | ✓ | ✕ |
| Scalable economics | ✓ | ✕ |
| Fits existing operations | ✓ | ✕ |
A major breakthrough in green extraction tech.
Chris Gallagher USA Today
Limited opportunity
Enter your annual biomass. See what you're losing, and what you could recover.
Turn your disposal costs of $150–$250/ton into recovered ingredients worth thousands of dollars per ton — the exact figure depends on your feedstock and recovery yields.
Turn your disposal costs of $150–$250/ton into recovered ingredients worth thousands of dollars per ton — the exact figure depends on your feedstock and recovery yields.
