Photo­Bionic­Cell

Year

2022

The idea

The PhotoBionicCell demonstrates for the first time how biomass can be cultivated efficiently, in a resource-saving manner and, above all, in an automated process in keeping with the principles of a circular economy.

The objective

The bioreactor incorporates artificial intelligence, powerful sensors, control technology and specially developed software. It ideally exemplifies the forward-looking opportunities in production offered by biotransformation.

Technical data

• Tube system: acrylic glass
• Capacity: 15 l
• Cultivation: microalgae
• Quantum-based particle sensor: Q.ANT
• Automation system: CPX-E

Function

Thanks to automated 24-hour monitoring and quantum technology, the living microalgae are cul-tivated with optimum energy efficiency for maximum product yield. In this way, the quality both of the algae’s growth and of the raw materials produced by their cells is ensured. Depending on the nutrients supplied, fatty acids, colour pigments or surfactants are generated.

Cell factories

Living cells are the world’s smallest factories: the microalgae use photosynthesis to transform sunlight, carbon dioxide and water into oxygen and chemical energy media or organic materials. This results in tailor-made biosubstances that can be used in the chemicals, food, cosmetics and pharmaceutical industries.

Climate savers

Products previously made from petroleum can be obtained from microalgae in a sustainable and resource-saving manner. Alga cells greatly contribute to climate protection, as they bind more carbon dioxide than land plants. This potential can be increased in automated bioreactor units.

Material

PhotoBionicCell