Peregrine Hydrogen se corona campeón del concurso IFA Cultivate Challenge.
La conferencia LATAM de Asociación Internacional de Fertilizantes (IFA) ha anunciado Peregrine Hydrogen as the winner of the inaugural IFA Cultivate Challenge — the global startup competition connecting entrepreneurs at the frontier of plant nutrition innovation with industry leaders, investors, and the resources needed to scale impact.
Selected from over 150 applications across more than 40 countries and a finalist cohort of 13, Peregrine Hydrogen was recognized for its novel electrolyzer technology that co-produces hydrogen and sulfuric acid using 50% less energy than conventional electrolysis — delivering profitable, carbon-free hydrogen to end-users at scale.
The award was presented at the IFA Cultivating Tomorrow Conference in Budapest, Hungary on 4 June 2026.
Peregrine Hydrogen CEO and Co-founder Friðrik Lárusson said:
“Winning the IFA Cultivate Challenge is a huge validation — not just for Peregrine Hydrogen, but for the idea that clean hydrogen is competitive when done right. The quality of the conversations we’ve had here in Budapest have opened several new doors, and we’re leaving with massive momentum.”
The inaugural competition also recognized outstanding performances across the finalist cohort. Plasma Leap (represented by Frere Bryne) was named Runner-up.
Special commendations from the judges were awarded to Nitrocapt (Adam Rosenholm), recognized as Start-up to Watch, and to fosfoluciones (Hunter Swisher), recipient of the Innovation Impact Award.
IFA CEO/Director General Alzbeta Klein said:
“The Cultivate Challenge was created to surface the world’s most promising plant nutrition innovations and connect them with the industry’s decision-makers. Judging such a range of innovative companies was very tough – but Peregrine Hydrogen exemplifies exactly the kind of bold, purposeful thinking our sector needs, and is a worthy winner. We congratulate them and all the finalists on the quality of innovation they have brought to the table.”
The Cultivate Challenge
Launched by the IFA Innovation Hub, the Cultivate Challenge is the only global startup competition with an exclusive focus on fertilizer and plant nutrition innovation. The first edition drew over 150 applications across more than 40 countries, with a semi-finalist group of 33 narrowed to a finalist cohort of 13 spanning several priority themes including:
- Green and low-carbon ammonia and nitrogen fertilizer production
- Microbial plant biostimulants and nitrogen fixation
- Nutrient use efficiency and precision application
- Digital agronomy and decision-support tools
The 13 finalists participated in a 12-month growth and development program, gaining access to IFA’s global industry network, mentorship from leading fertilizer executives, and direct engagement with strategic partners and investors.
Second Edition: 13 Finalists Announced
IFA has also revealed the 13 finalists selected for the second edition of the Cultivate Challenge. Drawn from a highly competitive applicant pool of over 150 applications, this cohort reflects the breadth and quality of innovation emerging across the plant nutrition ecosystem — spanning green chemistry, biotech, digital platforms and climate-smart solutions from six continents.
- Ammobia (USA) — Next-generation ammonia synthesis operating at around ten times lower pressure and temperature, cutting plant capital costs by up to half across all scales and feedstocks.
- Sultech Global (Canada) — Micronized, wet-applied agricultural sulfur derived from oil-and-gas elemental sulfur, with lower carbon intensity and improved soil availability.
- Airovation Technologies (Israel) — Carbon-mineralization platform converting industrial CO₂ and phosphogypsum into calcium carbonate, sulfuric acid, and ammonium sulfate fertilizer.
- Airbridge (Australia) — Ambient-condition reactor capturing over 90% of point-source CO₂ and converting it into low-carbon fertilizers and limestone.
- SWAN-H (France) — Boron-mediated electrochemical process producing modular, on-site green ammonia from nitrogen, water, and renewable electricity.
- Puna Bio (Argentina) — Extremophile-derived microbial products fixing 20% more nitrogen than market leaders, with the potential to replace up to 30% of synthetic N inputs.
- Copernic Catalysts (USA) — AI-designed base-metal catalyst delivering 7–20% capacity gains and 5–15% operating cost reductions as a drop-in upgrade for existing ammonia plants.
- BeCaps (Argentina) — Microencapsulation platform converting liquid biologicals into shelf-stable, fertilizer-compatible solid microcapsules.
- Messium (United Kingdom) — Hyperspectral satellite platform delivering sub-field crop nitrogen and biomass readings from space, with integrated fertilizer recommendations.
- N2 Applied (Norway) — Modular plasma systems fixing atmospheric nitrogen into manure to produce nitrate-based fertilizers from air, water, and renewable electricity.
- Bioprime Agrisolutions (India) — Biomolecule coatings and biological inputs that enhance nutrient use efficiency, deployed across more than 35 crops.
- iSDA (UK but Africa-focused) — AI-powered virtual agronomist delivering site-specific fertilizer recommendations to African smallholders via WhatsApp, underpinned by Africa’s most detailed 30-meter soil dataset.
- Farmdar (Singapore) — AI-powered satellite platform detecting fertilizer deficiency, crop stress, and field variability to guide precision nutrient application at scale.
Applications for the third edition open at the end of 2026. To register interest and receive full details of the benefits package, visit: fertilizer.org/initiatives/ifa-innovation-hub/introducing-the-cultivate-challenge-2026.
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