Site items in: Ammonia Synthesis

Funding for novel ammonia energy tech: catalysts, Sorption-enhanced synthesis for modular Haber-Bosch, and Calcium-mediated synthesis
Article

Funding for novel ammonia energy tech: catalysts, Sorption-enhanced synthesis for modular Haber-Bosch, and Calcium-mediated synthesis

Geofrey Njovu February 25, 2026

Ammobia has raised $7.5 million for its modular Haber Bosch 2.0 technology, combining proprietary catalysts and sorbents for low-temperature ammonia synthesis. In New Zealand, Liquium has raised NZ$2 million to validate its novel ammonia synthesis catalysts under industrial conditions. And US-based geNH3 has also raised seed funding for its patented Calcium-mediated technology for ammonia synthesis, targeting 5 kg per day production capacity by mid-April.

Ammonia Synthesis - Local, Clean and Green
Presentation

Ammonia Synthesis - Local, Clean and Green

Yossi Englander

GenCell has developed a novel approach to decentralized green ammonia synthesis relying on intermittent renewable energy. We will present a summary of our experience to date developing a technology and device relying on electrochemical ammonia synthesis from water and air, operating at ambient conditions and suggesting a sustainable and clean alternative to the traditional Haber-Bosch process.

A Drop-in HB Catalyst to Reduce Synloop OpEx by up to 47%
Presentation

A Drop-in HB Catalyst to Reduce Synloop OpEx by up to 47%

Jacob Grose

Copernic Catalysts, a Boston-based startup, has leveraged its proprietary discovery platform to develop a drop-in base-metal HB synthesis catalyst that strongly outperforms the best catalysts on the market under mild operating conditions. We are looking for partners in ammonia production/reactor design that are interested in testing our transformational catalyst technology.

Jupiter Ionics – scaling Lithium-mediated nitrogen reduction for Green Ammonia
Presentation

Jupiter Ionics – scaling Lithium-mediated nitrogen reduction for Green Ammonia

Charles Day

The Lithium-mediated pathway is one of the most promising avenues to Green Ammonia production at near-ambient temperatures and pressures, lending itself to a more decentralized production model than traditional chemistries. In this talk Dr Day will provide an update on the scale-up and commercialization of Jupiter Ionics’ electrochemical ammonia process, which builds on the foundational research of Prof Douglas Macfarlane at Monash University.