About geNH₃
We are restructuring ammonia production for an abundant future.
The commercial vision originated in the economic modeling of utility-scale wind and solar projects. They are non-dispatchable and
intermittent (but low-price) resources that suffer from hourly,
geographic, and pricing mismatches with industrial energy consumers.
These valuable resources require being upgraded to dispatchable fuel
in order to capture their extreme commercial value.
Our patented electrocatalytic process eliminates the most expensive processes in conventional ammonia technology, using just air, water, and electricity to create the same product. Unlike traditional methods, our system operates at room temperature and pressure, avoids costly materials, and is highly scalable, bringing unprecedented capital efficiency to this established, massive market.
Our data supports an 80-90% reduction in modeled price of anhydrous ammonia.
Ammonia is already a globally traded commodity with extensive infrastructure. Its versatility as a fuel source makes it a cornerstone for future energy. Our technology unlocks its potential, delivering ammonia at costs significantly below today’s market prices, and without concern for international geopolitical disruptions.
Why Ammonia Matters
Global Applications: From fertilizers to utility energy storage, ammonia supports agriculture, transportation, and industry.
Sustainability: As an energy carrier, ammonia eliminates geographic and temporal constraints to enable large-scale
energy deployment.Infrastructure Ready: Existing pipelines, shipping, and storage systems already handle ammonia, simplifying the adoption curve.
Figure 1. Chemical Structure of Ammonia (NH₃)
Figure 2. A visualization of the H-bonding that occurs in NH₃,
allowing for long-term stability and high density as a liquid fuel.