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Photobioreactors feature a unique combination of the cultivator and monitoring device

Sysbiotech photobioreactors feature a unique combination of the cultivator and monitoring device with user-friendly software control which offers remote control via internet. The core of the Photobioreactor system is a flat cultivation tank with integrated temperature regulation in the range of 15 – 60 °C and bubble stirring (aeration) of the culture.

The modular Sysbiotech photobioreactors are designed to allow for precise control and optimization of the cultivation conditions by continuous monitoring of fluorescence parameters, photosynthetic efficiency, optical density of the culture and pH of the suspension for determining CO2 injection. The Sysbiotech photobioreactors assure control and monitoring of numerous parameters essential for successful culture cultivation and maximum production of biomass such as stable suspension temperature, homogenous light illumination and light spectral distribution.

The photobioreactors are currently manufactured in two standard versions differing in the volume of their cultivation vessels: 2L and 130L.



Total volume 2 L
Width 350mm
Height 370mm
Depth 150mm
Materials Polycarbonate (vessel)
AISI 316L (head plate)
Aeration unit

Surface aeration or deep aeration via sparger
Absolute filter 0,2 µm
Manual flow meter or automatic MFC (mass flow controller)

Head plate Condensor Port (M20)
Septum port or pO2 sensor port (M20)
pH sensor port
3 injection ports (M10)
Agitation port (M26)
Thermowell for temperature sensor
Upper side wall Surface aeration or sampling port
Middle side walls Sparger port
Drain system


Sysbiotech photobioreactors were developed with particular focus on the quality and multifunctionality. All of them have a flat-vessel design that enables bringing uniform illumination over the whole volume of cultivated culture. They are made in polycarbonate with some parts in stainless steel 316L.

C-BIO software features:

• Universal control system for all range of volumes and equipment
• Ability to use a separate control system for each culture vessel, or one control system for several vessels
• The system is based on SCADA controller, constructed in conformance with industrial automation standards.
• Simple and intuitive user interface that provides quick access to all controllers and data.
• “Sequences” program allows creating your own program of cultivation, which will allow better control of the process.
• All fermentation process data is gathered and saved in separate electronic records.
• To minimize the number of errors, different bioreactor operators are given four different levels of access to control system.

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