DAN*NA
DAN*NA creates sustainable biomaterials and bioplastics that replace fossil-based materials in technology and medical applications. They convert renewable feedstocks such as lactic acid and organic waste into engineered polymers using molecular technology, green chemistry and AI-driven process design, producing materials with controlled degradation profiles. The company is R&D-focused and supplies both materials and technical consultancy—including digital-twin life-cycle assessment (LCA) tools—to manufacturers in microelectronics, healthcare and agriculture. Their platform supports circular-economy models, waste valorization and reductions in energy use and CO2eq across product lifecycles.
DAN*NA
DAN*NA creates sustainable biomaterials and bioplastics that replace fossil-based materials in technology and medical applications. They convert renewable feedstocks such as lactic acid and organic waste into engineered polymers using molecular technology, green chemistry and AI-driven process design, producing materials with controlled degradation profiles. The company is R&D-focused and supplies both materials and technical consultancy—including digital-twin life-cycle assessment (LCA) tools—to manufacturers in microelectronics, healthcare and agriculture. Their platform supports circular-economy models, waste valorization and reductions in energy use and CO2eq across product lifecycles.