Carbon Collect MechanicalTree™
Scalable carbon removal for lasting climate benefit
MechanicalTree™ farms are designed for manufacturability and transportability, enabling efficient production, shipment, and assembly across diverse geographies. This approach allows the technology to scale from small clusters designed for around 1,000 tonnes per year (TPY) to large carbon farms composed of thousands of capture units.
Carbon Collect is advancing this design through a Front-End Engineering Design (FEED) program focused on large-scale deployment. Each farm will combine modular units operating asynchronously to maintain continuous, high-volume CO₂ removal.
The technology’s modular architecture and AI- and Deep Reinforcement Learning–driven control systems will enable future Smart DAC operation — dynamically optimizing energy use, regeneration timing, and maintenance scheduling across multiple farms.
Carbon Collect’s roadmap targets scalable, cost-effective deployment to deliver meaningful, permanent carbon removal.
1,000x
times more efficient than a natural tree
Small Cluster
18-unit cluster for steady CO₂ output
Modular and Scalable
From clusters to large carbon farms
Cluster
STEADY FLOW OF CO2
A small cluster of the MechanicalTree™. The column is raised vertically to 10 metres height and becomes saturated with CO2 from ambient air delivered by wind.
Utilization Pathways
MULTIPLE CLUSTERS
A small scale farm of MechanicalTree™ for capture and utilization
Large Scale Carbon Farms
HIGH CAPACITY CO2 REMOVAL
Thousands of MechanicalTree™ operating asynchronously to deliver continuous, high-volume CO₂ removal.
GLOBAL DEPLOYMENT
1 GIGATON CO₂ / YEAR TARGET
Up to 10 million units across ~250 farms worldwide
Our Markets
The markets for CO2 monetisation – both commercial sales and carbon credits/offsets – are large and growing.