Neology Hydrogen
- Engineering Services
- Fuel Cells
- Hydrogen Application Technology
- Hydrogen Generators
- Hydrogen Production
Neology is a Swiss technology company developing modular ammonia-to-power and ammonia-to-hydrogen systems for distributed energy and hydrogen production.
At the core of Neology’s technology is a proprietary ammonia cracking platform that converts ammonia into hydrogen-rich gas directly at the point of use. This enables hydrogen and energy to be transported and stored in the form of liquid ammonia, while hydrogen is produced only where and when it is required.
Neology integrates its ammonia cracking technology into three product families. The APG FC Series, from 10 to 300 kW, combines ammonia cracking with fuel cells, battery storage and power electronics for distributed, off-grid, weak-grid and critical power applications. The APG ICE Series, from 300 kW to 5 MW, is designed to couple Neology’s ammonia conversion technology with industrial engine-generator platforms for larger-scale power generation. The H₂ Series, from 1 to 20 kg H₂/h, provides modular on-site hydrogen production for industrial, mobility, refueling and power-generation applications.
Neology’s modular approach addresses applications ranging from telecom infrastructure and remote power to industrial sites, construction, ports, critical infrastructure and data centers.
Headquartered in Switzerland with operations in Europe and the United States, Neology is developing and deploying a new generation of systems designed to make ammonia a practical energy and hydrogen carrier for decentralized power and hydrogen production.
Address
Route de Taillepied 125Lutry
1095
Switzerland
Website
https://www.neology.ch-
The H₂ Series is Neology’s modular ammonia-to-hydrogen generator, producing 1 to 20 kg H₂/h on site for industrial hydrogen, mobility and power-generation applications -
The APG ICE Series is Neology’s large-scale Ammonia Power Generator, delivering 300 kW to 5 MW of reliable engine-based power for industrial, off-grid and critical power applications.