World’s most abundant material,
Reimagined to capture CO₂
Engineered cellulose captures carbon passively, cleanly, and affordably—anywhere on Earth.
Air That Won’t Heal Itself
Since the Industrial Revolution, we’ve pumped over 2 trillion tons of CO₂ into the atmosphere. Even if we stopped emitting today, that carbon would linger for centuries. We need to remove it—and fast.
Source: IPCC Special Report on Global Warming of 1.5°C, 2018
Powered by Plants.
We transform nature’s most abundant material—plant cellulose—using a low-energy plasma treatment that turns it into a passive carbon magnet.
Activated by Plasma.
The result: ambient CO₂ is pulled from the air, stored permanently, and reused as desired.
See the Vision
Scalable for Everyone
Homeowners: A compact DAC unit fits right into your apartment or home.
From personal living rooms to large businesses—carbon capture for every space.
Businesses: Offset emissions without building massive infrastructure.
Functional for Everyone
Our cellulose strengthens concrete. The concrete stores carbon for centuries.
Accessible for Everyone
10x cheaper - Under $20/ton of CO₂ removed.
Passive capture = low energy, low cost
No rare minerals or toxic byproducts - Regenerate, resell, or refuel the future.
Why It Works
Scalability
From tabletops to city blocks—our units grow with your mission.
Affordability
Under $20/ton. No fans. No rare metals. Just science and cellulose.
Reusability
Moisture resets our cellulose. No need to retreat or recharge.
Versatility
Store it. Sell it. Convert it into clean-burning fuel.
Equity
Built by a Minority-owned team—designed for global accessibility.
How It Works
We’ve engineered our patented, direct air capture technology to continuously extract carbon dioxide from the atmosphere in much the same way as trees do naturally. This process reverses the greenhouse effect, which helps combat climate change.
Step 1:
Source It
- Cellulose is our primary ingredient; the world's most abundant organic material.
- We start with agriculture waste—from paper mills, farms, or sawdust.
- Bonus: Diverts emissions that would’ve come from burning or landfilling.
Step 2:
Treat It
- Our patented, low-energy plasma beam opens up the cellulose’s molecular surface.
- Think of it as unlocking thousands of mini docking stations for CO₂ molecules.
- Time: 15-minute batch process.
Step 3:
Capture It
- Once exposed to air, the treated cellulose attracts and binds to carbon dioxide passively.
- No fans, no energy. Just physics.
- Contact us to see the patent
Step 4:
Use It
- Store it in concrete → It strengthens the concrete and keeps CO₂ locked away.
- Release & capture the CO2 with moisture → Reuse or sell to beverage/industrial buyers.
- Convert into biofuel → Our treated cellulose is biodegradable
Step 5:
Measure It
- We track weight changes before & after treatment for accuracy.
- Wet cellulose can be dried and reused for repeat cycles
- ~30 lbs of cellulose = the carbon-capturing power of an acre of trees.
Smarter Carbon Capture with AI
- Personalized Carbon Matching: Recommends how much cellulose you need monthly
- Smart Storage Selection: Helps decide when to store, sell, or reuse CO₂ based on your location
- Feedstock Intelligence: Finds the best cellulose sources in your region
- Predictive Maintenance: Keeps DAC units running at peak performance
Join the Clean Air Movement
Whether you’re a homeowner, policymaker, or business leader—
you can help clean the air.
