Revolutionising microalgae cultivation
Photobioreactor technology has revolutionised microalgae production by optimising growth conditions. While there are several production systems available, choosing the best one depends on factors such as the algae strain, the desired product and production goals. Comparisons help to determine the strengths and weaknesses of each system.
For a system-level comparison beyond reactor typologies, see our photobioreactor evaluation framework.
Subitec offers the Flat Panel Airlift (FPA) system, a unique photobioreactor developed by the Fraunhofer Institute. In contrast to conventional designs, the FPA offers better light distribution, higher biomass yield and easier maintenance. It features higher productivity and product quality and is suitable for both laboratory research and large-scale production. Subitec’s comprehensive cultivation infrastructure and commitment to continuous improvement ensure efficient microalgal cultivation. Their systems, especially the industrial CM180 module, are designed for rapid assembly and transport. With efficient logistics and prompt spare parts delivery, Subitec ensures uninterrupted production.
Flat-Panel-Air-Lift-Reactors (FPA)
Microalgae cultivation in the Flat-Panel-Airlift-Photobioreactors from Subitec is a highly sophisticated process that combines state-of-the-art technology with profound biological knowledge. The FPAs developed by the Fraunhofer Institute provide a unique cultivation environment to ensure optimal growth of microalgae.
Global Applications of Subitec Photobioreactors
Our scalable Flat Panel Airlift (FPA) technology powers international projects — from the Gulf region to Northern Europe — enabling sustainable production of fuels, feed, and nutraceuticals from CO₂.
Logistics & Installation
In the world of microalgae production, the successful operation of cultivation systems depends not only on the quality of the equipment, but also on the efficiency and accuracy of the delivery and installation process. Subitec has successfully solved this complex challenge through a modular structure, a carefully planned logistics concept and a well thought-out installation process.
