USPTO Patent #17572849 · Now Under The Fluxone, LLC

Driving Toward a Carbon-Free Future

PFVCC technology captures CO₂ and harmful gases directly from gasoline and diesel vehicles — onboard, at scale, and at a fraction of EV costs. The third path beyond electric vehicles.

0% Transport's Share of Global CO₂
0% CO₂ Purity After Capture
0 Industrial CO₂ Deficit Per Year
PFVCC
ZERO
EMISSION
CO₂ Captured N₂ Removed H₂O Separated CO₂ Reused
🌡️

420 ppm

Atmospheric CO₂ today — up from 280 ppm pre-industrial. A 50% increase in 200 years.

🚗

1.4B

Gasoline vehicles on Earth — each one a daily emitter. EVs cover only ~4% of the market.

🏭

230M T

Annual industrial CO₂ shortage. What pollutes the air can feed the economy.

Capture Emissions.
Not Just Reduce Them.

PFVCC — Pollution-Free Vehicle for Carbon Capture — is not a hybrid, not an EV. It is an entirely new category of vehicle that treats exhaust as a resource, capturing CO₂ and harmful gases onboard while running on conventional fuel.

Drivers are rewarded for releasing captured gas at service stations. Industries get the CO₂ they desperately need. The atmosphere gets a reprieve.

How It Works →
1

Remove N₂ → Pure Oxygen Combustion

PSA system separates nitrogen from intake air, delivering near-pure oxygen to the engine for cleaner burn.

2

Dehydration & Two-Stage Cooling

Exhaust cooled to 25–35°C to extract water, then further chilled to −50°C for CO₂ capture prep.

3

Compression & Liquefaction

Two-stage reciprocating compressor brings CO₂ to 8.5 bar — turning gas into compact liquid form.

4

Onboard CO₂ Tank Storage

Captured CO₂ stored in a thermally insulated cylindrical tank — downloaded at service stations, where drivers get paid.

Reuse or Geological Sequestration

Purified CO₂ feeds industrial markets or is permanently stored in deep geological formations.

USPTO Patent #17572849
🌎 Fairfax, Virginia, USA
🏢 The Fluxone, LLC
🎓 PhD Petroleum Engineering
🤝 ICAP · George Mason University

Why Not Change
the World Together?

We are seeking government, research, environmental, and commercial partners to accelerate PFVCC from prototype to global deployment.