About
Microalgae technology for atmospheric nitrogen fixation.
Low-Cost Production of High-Quality Plant Protein and Biofertilizers with Negative CO2 Emission. Photo-Bioreactors for the Production of Plant Protein, Plant cell culture, Bio Fertilizer. Funded by the EIC Horizon Farm to Fork Phase 2 €2.5M Grant.3rd Generation Farming, Cell-Culture food, and food ingredients production using automated cost-effective Photo-Bioreactors with Top-level engineering. Production of: Biomass from water, air, and sun. Bio Ammonia Biofertilizer, and Protein fermentation with negative emissions. Sustainable AI Photobioreactors. Revolutionizing the way, we produce quality food while preserving energy resources and protecting the environment.
Protein Production requires nitrogen (16% of the protein). Protein is 20% of our diet. For cells to make amino acids and then protein, the nitrogen supplied needs to be “fixed” - in ammonia form. Only a few species of bacteria can “fix nitrogen” and make ammonia from the air to produce protein. Nitrogen can also be fixed in the Haber Bosch chemical process, but we don’t want that. Algaenite uses a natural microorganism that is a bacteria-microalgae hybrid. It performs both carbon capture and nitrogen fixation simultaneously - within one organism. Our PBR production system can mass-produce high-quality protein at a low cost in the most sustainable way.