Laboratory software with cloud connection Live images refreshed every 30 seconds Monitoring Time and sample collection of: • interior temperature • surrounding temperature Remote control of parameters such as: • pH value • temperature • light intensity • pH value • air supply • air supply • recirculation • CO2 content Bioreactors that work with algae cells as miniature factories offer considerable potential for a climate-neutral circular economy. Algae living in the water are already extremely efficient in their natural photosynthesis outdoors: they absorb ten times more carbon dioxide (CO2) than rooted plants. When combined with the right sensor technology, closed-loop control technology and automation, the efficiency of the algae can be increased to one hundred times that of rooted plants. Moreover, they require significantly less space and less water. CO2 absorber converting ambient air into compressed carbon dioxide Quantum sensor optical real-time determination of biomass VEMD proportional flow control valve precisely dosed fumigation thanks to piezo technology CPX-E automation system controls all processes in the container and communication to the cloud Connecting pins 3D-printed from PHB bioplastic Peristaltic pumps 3 pieces to supply nutrient solution, base and acid to regulate the pH value in the container CPX-AP-I-EC-M12 bus interface to communicate with the valve sensor units Circulating pumps 3 pieces to continuously mix the liquid in the container 3 pieces to transport the liquid to the collectors Ceramic gassing elements gas supplied in the smallest possible bubbles for optimal absorption in the liquid Lighting elements for optimum light intensity at all times Cultivator acrylic glass container for an algae volume of up to 15 litres Multi-sensor for measuring ambient temperature, light intensity and light incidence angle Sail-shaped surface collectors 3 pieces for optimised light absorption and to regulate heat balance Valve sensor units 3 pieces for sequence control of the circulation in the surface collectors Transparent acrylic tubes with circulating algae fluid for optimised light absorption and heat exchange PhotoBionicCell Efficient photosynthesis
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