Something Is Happening Up Here.
Can You See It?
Take a deep breath. Feel it?
Those are oxygen molecules—produced by our AI-driven motor-oil continuous agentic process.
How can motor oil generate oxygen?
Traditional petroleum companies pull ancient crude (and CO₂) from beneath the earth—adding to global warming. At ABOVE.energy, we do the opposite. Our oils grow above ground, consuming CO₂ as fuel and releasing oxygen into the air in a masterful CDR method.
Stay tuned. Here’s where the secret unfolds:
We’ve built an AI-powered testbed that combines existing oil formulations and invents new ones. By evaluating billions of possibilities, we identify the optimal chemistry for both performance and sustainability.
Our microscopic workforce:
We’ve enlisted 10³⁰⁰ helpers (30,000 identified out of an estimated 800,000 microalgae “tribes” worldwide). Under AI guidance, these tiny organisms drive our process—transforming CO₂ into high-performance oil and pure oxygen.
Why AI?
Manually screening all those microalgae strains and molecular combinations would take centuries. Our advanced algorithms accelerate discovery—pinpointing the best oil chemistry for any lubrication challenge. The results are extraordinary.
ABOVE.energy
Designing the future of motor oil—one breathtaking advance at a time.
Something Is Happening Down Here.
Can You See Them?
The Future of Oil Isn’t Beneath us buried deep in dirt and rocks. It’s Grown.
For 2.6 billion years, micro algae have quietly refined the most efficient oils on Earth—simple cells using sunlight to build complex hydrocarbons. Today, we’re not just studying them. We’re engineering with them. AI helps select candidates, then changes their feed, lighting and starvation to produce wonderful oils that we then massage and adjust to straighten.
A Smarter Oil, Made by Nature. Refined by Science.
The oils we grow are built at the molecular level to reduce friction, resist breakdown, and extend machine life. With higher viscosity indices and lower volatility, they outperform synthetic and petroleum-based oils by 57% in the systems we already use—from trucks to turbines.
And they do something else crude oil never could:
They capture CO₂ as they grow—locking it not in abstract credits or theoretical storage, but into tangible, functional material.
From CO₂ to Performance. In One Loop.
The byproducts of our process aren’t waste—they’re value.
Captured carbon is used to build structural materials, including steel-grade blocks designed to reinforce existing energy systems. These aren’t landfill-bound carbon bricks—they’re engineered components that improve energy transfer and reduce thermal losses in mechanical systems.
Fewer emissions. Less waste heat. Stronger systems.
Not Alternative. Just Better.
This isn’t a replacement for fossil oil.
It’s a superior option—scientifically modeled, renewably sourced, and rigorously tested.
Built to perform.
Built to scale.
Built to reverse the cost of combustion—not just offset it.
Real Results. Not Hype.
For decades, our oils have been tested at the highest levels of performance. The same molecular structures now powering industrial equipment were once fine-tuned in professional racing by us and we kept it secret.
But this isn’t about going faster. It’s about going further—with less loss, lower maintenance, and smarter chemistry.
Scientific. Scalable. Sustainable by Design.
Coming Soon: Field data, formulation details, and scalable supply.
