NitroFix is a revolutionary climate tech company at the forefront of sustainable ammonia production. Leveraging proprietary IP developed over the last decade, NitroFix has perfected a single-step electrochemical process that transforms water and air into green ammonia using renewable energy, while producing absolutely zero GHG emissions. Our decentralized approach reduces dependency on distant production facilities, cutting transportation emissions significantly. By prioritizing affordability and safety, NitroFix is making green ammonia accessible everywhere, even in remote locations where fertilizers are crucial and energy supply scarce. LinkedIn đź”· www.nitro-fix.com
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Recent developments across science, infrastructure, and global markets are sharpening the role of ammonia in driving energy and food systems, while exposing the limits of legacy production and centralized supply. The need for integrated, low-carbon, and locally deployable solutions is becoming increasingly clear, and NitroFix continues to advance an approach aligned with both cost and operational realities.Â
In this edition,
🏆 Recognition of NitroFix’s scientific leadership with the 2026 IUPAC–Soong Prize
đź’Ž Inclusion in a leading industry review of next-generation ammonia technologies
⚡ Signals of ammonia’s role in future energy systems, from turbines to global hydrogen deployment
🌾 Market volatility and supply chain risks reinforcing the case for localized ammonia production
…and more…
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Prof. Ronny Neumann, inventor of NitroFix’s core IP, was awarded the prestigious 2026 IUPAC–Soong Prize by the International Union of Pure and Applied Chemistry, in recognition of his pioneering contributions to green and sustainable chemistry and his leadership in developing electrocatalytic production of ammonia from water and air at a low voltage. IUPAC President Prof. Mary Garson noted that: “...His research has the potential to reduce the overall carbon footprint, to assist global food security, and to reduce reliance on global transport chains.” We are honored to have great minds like Rony part of our team working to effect global change by decarbonizing the core chemistry driving the global economy.
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NitroFix is featured in the Ammonia Energy Association’s latest deep-dive on next-generation ammonia production pathways, which maps emerging approaches across electrochemistry, advanced catalysis, sorbent-enabled systems, and hybrid process designs aimed at moving beyond conventional Haber–Bosch constraints. The review situates NitroFix within a new class of technologies seeking to enable ammonia synthesis under milder conditions with tighter system integration, aligning production more directly with renewable energy inputs and decentralized deployment models.
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The Argus Media Clean Ammonia Conference in Rotterdam and an accompanying tour of the Port of Rotterdam, one of the world's largest and most advanced ports, in December provided compelling evidence: cost remains the pivotal factor for ammonia production. This reinforced the urgent global need for technologies like NitroFix's, which can produce decentralized green-ammonia at costs significantly lower than existing legacy methods.
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A 100% ammonia powered F-class gas turbine was successfully operated by IHI Corporation and GE Vernova. A single F-class turbine is roughly the size of a school bus, and it can generate enough electricity to power approximately 150,000 to 200,000 average homes simultaneously. This collaboration, which yielded full-scale results in under two years, has proven that ammonia (NH4) is a viable alternative to carbon-heavy fossil-based power. Combined with green-ammonia production pathways, like NitroFix, complete decarbonization of the entire value chain is now imminent.
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Sungrow’s latest renewable-powered hydrogen electrolyzer deployments in Oman and Kenya are an interesting example of how fossil-derived hydrogen can be replaced at scale as the dominant emissions source in ammonia production. Ammonia synthesis, however, will still use the high-temperature, high-pressure Haber–Bosch process, which requires continuous, stable energy uncharacteristic of intermittent renewable supply. This gap between upstream decarbonization and downstream process constraints is precisely where single-step approaches like Nitrofix present a more integrated pathway to low-carbon ammonia production.
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Escalating tensions around the Strait of Hormuz have tightened global fertilizer markets, as a significant share of traded ammonia and urea flows through the Gulf, with the Middle East accounting for over 30% of global seaborne fertilizer exports. Disruptions or perceived risk premiums are already feeding into higher input costs for farmers, which typically lag into elevated crop and food prices over subsequent seasons. The resulting volatility is reinforcing a structural shift toward decentralized ammonia production and localized, renewable-powered systems, reducing reliance on geopolitically exposed supply chains.
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Ophira Melamed, PhD
CEO, NitroFix
Ophira.Melamed@Nitro-Fix.comÂ
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