A Profitable Solution for Carbon Capture

Sustained Carbon converts CO₂ into profitable minerals, making decarbonization profitable—incentives optional.

Nogeological storage
or permits required

Revenue-positive
fromday one

Notlimited by geography
or regulation

Why are we only capturing
1% of UN climate goals

CCUS Today: Key Bottlenecks

Long, expensive permitting (5–10 years)

Geographic and geological limitations

High infrastructure costs

No meaningful value output

Capture:

Energy-intensive CO₂ separation from flue gas;
often incompatible

Compress:

High-energy, costly CO₂ liquefaction.

Transport:

Costly, risky CO₂ movement via pipeline/truck.

Inject:

Complex, sensitive underground CO₂ injection.

Monitor:

Decades of expensive leakage monitoring.

Permit:

5–10 year storage approval delays, hindering scale.

Despite $20B/year in global spend, legacy CCS captures less than 1% of climate targets. A trillion-dollar opportunity remains unmet.

Our Solution: Profitable,
On-Site CO₂ Transformation

Sustained Carbon revolutionizes carbon capture. Our on-site technology efficiently transforms CO₂ into valuable products, eliminating geological storage and lengthy permits. We make CO₂ a profit center, not a cost.

Source:

Direct CO₂ capture from industrial emitters (cement, steel, chemicals).

Bioreactor:

Proprietary bio-process mineralizes CO₂ into stable carbonates; no geological storage needed.

Separation:

Isolates mineral-rich solids from liquid.

Press filtration:

Produces stable, saleable mineral product.

Output:

Valuable CaCO₃ & Green Ammonia byproducts.

Profit:

CO₂ becomes a revenue stream, enabling profitable decarbonization.

Why hasn’t anyone
done this before?

Previously, engineering biological systems for industrial carbon mineralization was slow, costly, and unreliable due to pH control issues. Today, Sustained Carbon leverages cutting-edge advancements:

AI-Accelerated Bio Engineering:

Advanced AI tools optimize millions of biological variants (enzymes, microbes) in weeks, not years.

Predictive AI Process Control:

AI maintains optimal bioreactor conditions, ensuring >99% uptime.

Result:

This leap yields 6x more output, longer enzyme life, and up to 80% lower operating costs.

How Our Clients Make Money

Turn your emissions into real revenue. Sell valuable
byproducts, cut costs, and profit from the very first
ton of CO₂ captured.

Learn more

Our clients will generate a profit even without carbon credits or tax, and receive a payback in less than 1 year

meet our team

A diverse group of experts dedicated to turning CO₂ into value. Our passion for innovation and sustainability drives everything we do. Come see who we are!

Jebril Mohamed:

FinTech MSc; carbon finance, R&D, AI/biochem.

Carbon capture finance and R&D specialist with experience at Arborea Group. He holds a Master's in Finance from Imperial College London. Jebril bridges investment strategy with ML/AI and a strong biochemistry understanding to scale Sustained Carbon.

Nicolas Fraser:

Energy Engineer; 10+ yrs decarbonization, global initiatives.

Energy engineer and decarbonization expert with 10 years of experience in emission control and decarbonization. Since 2014, he has led major emission reduction initiatives, working with a world-leading decarbonization consulting firm and managing the energy strategy for the world's largest nickel mining operation in Indonesia.

Do you have questions?

We’re here to help. Whether you’re curious about our technology, partnership opportunities, or how Sustained Carbon can support your goals, our team is ready to provide the answers you need

Let's talk