Laboratory-scale microalgae cultivation system

Harness precise cultivation capabilities for microalgae with advanced photobioreactor systems, ensuring optimal growth conditions, scalability, and high-density cultures for diverse applications ranging from nutraceuticals to carbon capture.

Cultivates and Processes Microalgae for Diverse Applications

The LS series from Subitec offers a range of flat-panel airlift photobioreactor systems tailored for microalgae cultivation across laboratory and industrial scales. These systems enhance cultivation with precise control over growth conditions, thanks to features such as LED illumination and CO2 regulation. Essential for sectors like pharmaceuticals, food supplements, cosmetics, and environmental applications, they support products ranging from spirulina powder to algal biofuels.

Each model, from the compact LS6 to the expansive LS180, supports different production scales with respective cultivation volumes of 6 to 180 liters. The systems operate with minimal floor space, owing to their optimized photosynthetic surface areas, maximizing yield while minimizing energy consumption. Subitec photobioreactors feature hermetically sealed designs to prevent contamination, and automation capabilities integrated via touchscreens for simple operation.

Constructed from high-quality, corrosion-resistant materials, they assure compliance with stringent industry standards and integrate seamlessly with existing production lines. These systems are ideal for pharmaceutical manufacturers, food supplement producers, cosmetics companies, and facilities focused on carbon capture or wastewater treatment, providing flexibility and efficiency for developing algae-derived products.

Benefits

  • Ensures contamination-free production with hermetically sealed design, enhancing biomass purity.
  • Increases production efficiency with scalable systems supporting up to 180 liters in cultivation volume.
  • Saves space and boosts yield with a high photosynthetic surface area and optimized light distribution.
  • Cuts operational costs with energy-efficient LED illumination and automated CO2 regulation.
  • Provides versatile application support for industries requiring high-quality microalgae, from pharmaceuticals to cosmetics.

General


Applications
Animal feed,Microalgae biomass,Nutraceuticals,Cosmetics,Genetically modified organisms (gmos),Enzymes,Plant-based ingredients,Carbon capture,Wastewater treatment,Dietary supplements,Food supplements,High-value algal products,Pharmaceuticals
End products
Spirulina powder,Plant-based protein ingredients,Algal biofilters for wastewater treatment,Gm algae strains,Algal oil,Astaxanthin capsules,Vegan dha supplements,Probiotic cultures from algae,Algal biofuel,Algal-derived enzymes,Cosmetic emulsifiers from algae,Omega-3 supplements,Eco-friendly fertilizers,Algae-based feed for aquaculture,Biodegradable plastics,Chlorella tablets,Algae-based carbon capture materials,Anti-aging skincare creams
Steps before
Pre-culture preparation,Inoculation,Media preparation
Steps after
Harvesting,Biomass separation,Product formulation
Input ingredients
microalgae culture,CO2,light,temperature control,Erlenmeyer flask,aeration
Output ingredients
high-density microalgal culture,microalgal biomass,high-quality microalgal biomass,large photosynthetic surface
Market info
Subitec GmbH is known for its expertise in cultivating microalgae using its unique flat-panel airlift (FPA) photobioreactor technology, providing sustainable solutions for biofuel production, bioplastics, and high-value ingredients in various industries.

Technical Specifications


Cultivation volume (LS6)
6 litres
Photosynthetic surface max (LS6)
0.6 square metres
Operating volume (LS6)
6 litres
LED Unit (LS6)
4000 K / 230 V / 50 Hz / 320 W
Illuminated area (LS6)
400 x 750 mm
Cultivation volume (LS28)
28 litres
Photosynthetic surface max (LS28)
2.3 square metres
Operating volume (LS28)
28 litres
LED Unit (LS28)
max. 800 µmol m-2 s-1 / 500 W / 20-100 % 400-780 nm
Illuminated area (LS28)
900 x 1300 mm
Cultivation volume (LS4x28)
112 litres
Photosynthetic surface max (LS4x28)
9.3 square metres
Operating volume (LS4x28)
4 FPA each 28 litres
LED Unit (LS4x28)
160..800 µmol m-2 s-1 / 500 W / 20-100 % 400-780 nm
Illuminated area (LS4x28)
900 x 1300 mm
Cultivation volume (LS180)
180 litres
Photosynthetic surface max (LS180)
15 square metres
Operating volume (LS180)
180 litres
LED Unit (LS180)
160..800 µmol m-2 s-1 / 2000 W / 20-100 % 400-780 nm
Illuminated area (LS180)
1800 x 2500 mm

Operating Characteristics


Automation level
Manual / PLC / SCADA
Batch vs. continuous operation
Batch / Inline Continuous
CIP/SIP
CIP 121°C / SIP 135°C
Energy efficiency
0.5–2 kWh/kg moisture
Cleaning method
CIP / Manual
Lighting control
LED dimmable
Temperature control
Integrated
Contamination Prevention
Hermetically sealed system
CO2 transfer
Airlift system
Mixing efficiency
Fast and effective
Flexibility
Scalable / Modular
Footprint
Compact

Physical Characteristics


Compact footprint
Yes
Machine footprint
Small floor area
Photosynthetic surface
0.6–15 square metres
Reactor Shape
Flat-panel
Material
Not specified

Custom Options


Control panel type
Touchscreen