IFA Finalists
Airbridge converts industrial CO₂ emissions into low-carbon fertilizers and limestone, enabling profitable decarbonization for fertilizer producers worldwide.
Airovation transforms industrial CO₂ and waste streams into high-value chemicals and materials that drive decarbonization and economic value.
Ammobia is pioneering Haber-Bosch 2.0, enabling low-cost, low-emissions ammonia production through a breakthrough low-pressure catalytic process
BeCaps develops shelf-stable bioinput microcapsules that enhance fertilizer performance, improve nutrient efficiency, and enable more sustainable crop nutrition.
BioPrime develops nature-inspired biological crop solutions that improve nutrient efficiency, enhance climate resilience, and boost yields for sustainable agriculture.
Copernic Catalysts leverages computation and high-throughput experimentation to design transformational sustainable catalysts for ammonia and e-fuels.
Farmdar leverages AI and satellite data to optimize fertilizer use through real-time nutrient intelligence, improving yields and nutrient use efficiency.
iSDA’s Virtual Agronomist delivers AI-powered, plot-specific nutrient recommendations to smallholder farmers, improving yields, profitability, and climate resilience through precision fertilizer management.
Messium leverages hyperspectral satellite technology and AI to deliver direct crop nitrogen measurements and actionable insights that optimize fertilizer use, increase yields, and reduce environmental impact.
N2 Applied uses renewable-powered plasma technology to produce low-emission fertilizers from air, water, and organic waste, enabling sustainable and local fertilizer production.
Puna Bio develops extremophile-based biological fertilizers that enhance nutrient efficiency, reduce synthetic fertilizer use, and improve crop resilience under challenging growing conditions.
Sultech produces low-carbon elemental sulphur through a patented, circular manufacturing process that improves soil health, crop performance, and fertilizer efficiency.
Swan-H develops technology for on-site on-demand ammonia production using renewable energy. Our patented boron-based technology makes ammonia production energy efficient, modular and flexible.