For Fischer-Tropsch Plants
Your F-T Naphtha Is a Margin Drag. It Could Be Earning $11M/Year*
Flexiforming converts Fischer-Tropsch naphtha into high-octane renewable gasoline or BTX today, with a line of sight to Synthetic Aromatic Kerosene (SAK), the missing aromatic component that lets your plant sell fully synthetic 100% SAF at the gate.
The problem
The Fischer-Tropsch Naphtha Problem
Fischer-Tropsch plants are built for jet and diesel, but 10–25% of the liquids come out as paraffinic naphtha, and that share can be a drag on the economics of the whole project.
Hard to monetize remotely
When your plant is far from petrochemical buyers, FT naphtha may be hard to sell at any reasonable price, impacting the viability of the entire facility.
FT-SPK has no aromatics
Once ASTM allows 100% SAF, plants making only the paraffinic component (FT-SPK) will be reduced to single-component suppliers, dependent on others for the aromatic share of the blend.
Flexiforming closes the gap
The missing aromatic component is exactly what Flexiforming makes from the FT naphtha you already produce, in a modular bolt-on unit.
Unit economics
Economics of F-T Naphtha Upgrading with Flexiforming
Renewable Gasoline
Synthetic Aromatic Kerosene (SAK)
Carbon intensity
Make complete SAF with aromatics at 12 g CO₂e/MJ
Renewable gasoline
80%+ CI reduction versus petroleum gasoline, even with corn ethanol (60 gCO₂/MJ) as co-feed.
Renewable BTX
75%+ CI reduction versus the petroleum-derived product.
Fully synthetic SAF
Flexiforming SAK (total CI 38–40 gCO₂/MJ) blended at 15% with FT-SPK at 8 gCO₂/MJ.
What Could Flexiforming Be Worth at Your FT Plant?
Share your FT plant's naphtha volume and qualities.
We'll model the Flexiforming economics for your facility.