Microalgae Carbon Capture for Industry

From CO2 capture to fuels and valuable molecules

Industrial facilities need CO₂ solutions adapted to their operating conditions. Syklea develops microalgae carbon capture systems designed to integrate with industrial exhaust streams and convert CO₂ into valuable resources. Our approach combines biological capture and carbon valorization, with deployment tailored to each site’s emissions and operational requirements.

CCS/CCUS

CHALLENGES OF CONVENTIONAL CO₂ CAPTURE

> Energy requirements > Operating costs > Water consumption > Integration into existing facilities

STEP 1: CO2 CCV ANALYSIS

WE DECODE YOUR EMISSIONS

Industrial emissions Input

Smokestack emitting dark smoke, pointing to CO2 capture solutions. Industrial smoke Sampled at source

Pre-filtration gas conditioning

CO2 capture system: Blue tank with a black pipe leading to a green arrow indicating output.Temperature & particle control

Data collection & processing

CO2 graph on a monitor, representing carbon capture data and analysis.CO₂ concentration, gas mix profile, flow rate, pressure, etc

Treatment & industrial process

Blue gears interlocking, symbolizing mechanisms or processes related to CO2 capture.Biosynthesis parameters optimized to the gas stream

STEP 2: CO2 VALORISATION

WE CAN PRODUCE

Fuels
Biomass
Oxygen
Valuable molecules

ALIUM connects industrial CO₂ capture with biological valorization, creating opportunities to turn emissions into useful resources. Depending on the selected microalgae strains and process configuration, potential outputs include fuels, biomass and valuable molecules for bio-based applications. Oxygen is also released through photosynthesis. Each project is assessed according to the site’s emissions, operating conditions and target products.

COMPARING MICROALGAE TECHNOLOGIES
FOR CO₂ CAPTURE AND UTILIZATION

STATE OF THE ART

Comparison of microalgae technologies for CO₂ capture and utilization

The illustration compares four approaches to microalgae cultivation: open raceway ponds, flat photobioreactors, biofilm systems and Syklea’s No Water Technology™. It highlights the evolution of cultivation methods used in microalgae carbon capture and valorization.