It is a new term that we are introducing to show the difference in our oils and the process we used to get there that is different from the past.

🛢️ The Evolution of Motor Oil

From Fossil-Bound to Future-Ready

Powered by Nature. Perfected by Intelligence.

🔥 1. The Age of Crude

Dirty Origins. Polluted Outcomes.

It all started in the late 1800s, when motor oil was first extracted from crude petroleum—a thick, tar-like substance pulled from deep underground carbon vaults.
While cheap and abundant, crude oil is part of the problem. It releases ancient CO₂ back into the atmosphere, destabilizing the climate and polluting the planet for decades.

Toxic emissions
Non-biodegradable spills
CO₂ emissions from prehistoric carbon stores

Crude oil didn’t just power engines—it could be powering global warming.

⚙️ 2. The Synthetic Shift

A Better Molecule, Still a Fossil.

In the mid-20th century, synthetic oils emerged—lab-refined versions of petroleum molecules that delivered better engine performance.
But beneath the surface, they still relied on fossil sources, energy-heavy processing, and continued the legacy of reintroducing ancient carbon into the atmosphere.

Synthetic improved performance, but not the planet.

🌱 3. The Rise of NEOgenic Oil

Born of Nature. Designed by AI. Built for Tomorrow.

ABOVE Neogenic Oils mark a new beginning. Instead of digging up ancient carbon, we use living plants like soy and algae that capture CO₂ directly from the air and release clean oxygen back into the atmosphere.
It’s the first motor oil that helps close the carbon loop—clean to make, clean to use, clean to spill.

✅ Carbon-capturing crops
✅ 100% biodegradable
✅ Non-toxic to marine life
✅ AI-optimized molecular design
✅ Sustainable from seed to seal

Our plants breathe in the CO₂ you don’t want—and turn it into power you do with extra oxygen to boot.

🌍 Why ABOVE Neogenic Oils Outperform the Past

Feature	Crude Oil	Synthetic Oil	Neogenic Oil
Source	Fossil	Fossil (refined)	Renewable (plant-based)
Biodegradability	❌	❌	✅
Environmental Safety	❌	⚠️	✅
AI-Driven Optimization	❌	⚠️	✅
Custom Additive Design	❌	⚠️	✅
Carbon Impact	🛑 Adds CO₂	🛑 Adds CO₂	✅ Captures CO₂, makes O₂
Designed for Modern Engines	⚠️ Partial	✅	✅✅

🧬 Why ABOVE is Different

We don’t just reduce emissions.
We start with crops that pull carbon from the air and end with oil that outperforms everything in your engine.

No fossil. No compromise. No going back.

Plants placed near cities or CO2 heavy sites help recapture the CO2 in the oil of the organism that needs the CO2 to thrive. This way we capture and recapture the same CO2 in a sustainable cycle.

🔗 [Explore Our Oils] | 🔬 [See the Tech] | 🌿 [Meet the Plants]

Using AI LLM’s to find new oils

NEOgenic oil is new