Urban CCUS Infrastructure with AlgaeTree™

AlgaeTree™ delivers a next-generation biological CCUS (Carbon Capture, Utilization & Storage) system designed for urban and industrial environments.

Using advanced microalgae photobioreactor technology, AlgaeTree captures atmospheric CO₂ directly from polluted environments such as roads, highways, industrial zones, and dense urban areas.

Each AlgaeTree unit continuously absorbs carbon dioxide through photosynthesis while releasing oxygen back into the surrounding atmosphere — creating living carbon sinks within city infrastructure.

Urban CCUS Infrastructure with AlgaeTree™

AlgaeTree™ delivers a next-generation biological CCUS (Carbon Capture, Utilization & Storage) system designed for urban and industrial environments.

Using advanced microalgae photobioreactor technology, AlgaeTree captures atmospheric CO₂ directly from polluted environments such as roads, highways, industrial zones, and dense urban areas.

Each AlgaeTree unit continuously absorbs carbon dioxide through photosynthesis while releasing oxygen back into the surrounding atmosphere — creating living carbon sinks within city infrastructure.

AlgaeTree unit illuminated on a city street at night

Advanced MicroalgaeCarbon Capture forUrban Emission Sources

Unlike traditional CCUS systems designed only for large industrial plants, AlgaeTree™ enables distributed carbon capture networks that operate directly within cities.

The system combines microalgae bioreactors, air filtration, environmental sensors, and renewable energy to capture carbon while improving urban air quality.

A single AlgaeTree™ unit can capture approximately ~700 kg of CO₂ per year while releasing up to ~1 ton of oxygen, helping reduce pollution where people live and work.

This approach allows cities to integrate carbon capture into roads, highways, smart city infrastructure, and public spaces without requiring massive industrial facilities.

Advanced MicroalgaeCarbon Capture forUrban Emission Sources

Unlike traditional CCUS systems designed only for large industrial plants, AlgaeTree™ enables distributed carbon capture networks that operate directly within cities.

The system combines microalgae bioreactors, air filtration, environmental sensors, and renewable energy to capture carbon while improving urban air quality.

A single AlgaeTree™ unit can capture approximately ~700 kg of CO₂ per year while releasing up to ~1 ton of oxygen, helping reduce pollution where people live and work.

This approach allows cities to integrate carbon capture into roads, highways, smart city infrastructure, and public spaces without requiring massive industrial facilities.