ZEROe Global produces green ammonia as a clean energy carrier and fuel, using renewable sources like solar and wind to minimize carbon footprints. The company's technology supports safe storage and transport of hydrogen, with applications across naval, rail, industrial, and aeronautical sectors. Their ammonia synthesizers and fuel cells enable scalable, low-emission energy solutions for diverse industries.
Funding
Funding not disclosed
Founders
Product
Problem
Industries such as shipping, rail, and aviation rely heavily on fossil fuels, contributing significantly to global carbon emissions. The storage and transport of hydrogen, a promising clean fuel, face challenges due to its low volumetric energy density and high flammability risks, limiting its practical adoption.
Solution
ZEROe Global provides sustainable ammonia production plants that use only renewable energies like solar and wind, creating green ammonia as an efficient and safe hydrogen carrier. The company's technology enables the storage of energy at a higher volumetric density with lower flammability risk than gaseous hydrogen, and it leverages existing natural gas infrastructure for transport. ZEROe Global also develops ammonia-based products, including synthesizers and fuel cells, that can be deployed in ports, on boats, and for stationary power generation. These solutions support electric propulsion in ships and trains, hydrogen fuel cell vehicles, and clean energy storage for grid stability.
Target Audience
Primary customers are companies in the gas, renewable energy, railway, industrial, naval, and aeronautical sectors seeking scalable and adaptive clean energy solutions.
Features
- Flexible and adaptive ammonia production plants that adjust to client-specific volume and location needs using only renewable energy sources
- NH3 synthesizer and NH3 fuel cell products designed for use in ports and on boats
- NH3 cracker/PEM fuel cell technology for converting ammonia back into hydrogen for power generation
- High volumetric energy density storage with lower flammability risk compared to gaseous hydrogen
- Compatibility with existing natural gas infrastructure for cost-effective transport and storage
- Applications across naval, gas, renewable, rail, industrial, agricultural, and aeronautical sectors