Plug Power announces GenEco electrolyzer system for ammonium nitrate production in Canada

The plant will utilize PEM technology and hydroelectric power to decarbonize the Canadian mining supply chain.
La integración del sistema de electrolizador GenEco

The recent award of the basic engineering contract (FEED) to Plug Power by Hy2gen Canada marks a shift in scale for North American hydrogen infrastructure, under an agreement that includes the supply of a 275 MW GenEco electrolyzer system for the “Courant” project, a new central hub in Baie-Comeau, Quebec.

Integration of the GenEco electrolyzer system

The scope of this technical collaboration focuses on the implementation of Proton Exchange Membrane technology (PEM). Plug Power will be responsible for system design activities and performance optimization to ensure seamless integration of the electrolysis equipment.

Furthermore, this plant is positioned as one of the largest decarbonized ammonium nitrate facilities in the region, providing vital support to the mining explosives supply chain.

This utilization of the Hydro-Québec power grid is fundamental. Low-emission hydroelectric power will fuel the processes to generate renewable ammonia. Subsequently, this input will be transformed into ammonium nitrate to supply markets in central and eastern Canada.

The location in Baie-Comeau is not coincidental; it provides ideal access to a deep-water port, and the existing logistical infrastructure facilitates the global distribution of these hydrogen derivatives.

Finally, the relationship between Plug Power and Hy2gen is solidified after previous experiences in European territory. This strategic alliance demonstrates that the demand for large-scale hydrogen solutions is a tangible commercial reality.

The production capacity of Plug Power’s gigafactory allows it to fulfill orders of this magnitude and guarantees the operational reliability required for highly complex chemical projects. By supporting strategic sectors such as mining, both companies accelerate the adoption of sustainable practices without compromising productive efficiency.

Source and photo: Plug Power