OXGRIN develops ammonia-powered generators that utilize proprietary catalytic technology to convert ammonia into green electricity at ultra-low temperatures. This solution replaces diesel generators in off-grid applications, addressing the need for a zero-carbon power source with high energy density and established transport infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Off-grid power generation heavily relies on diesel generators, which contribute significantly to carbon emissions and air pollution. Batteries and hydrogen fuel face limitations in independence, transport, and storage, hindering their widespread adoption as alternatives.
Solution
OXGRIN develops ammonia-powered generators that offer a zero-carbon alternative to diesel generators for off-grid power applications. The generators utilize a proprietary catalytic technology to convert ammonia into green electricity at ultra-low temperatures. This technology leverages a patented electrostatically polar material that mitigates hydrogen poisoning by efficiently channeling dissociated hydrogen atoms away from the active sites, enabling efficient ammonia cracking. OXGRIN's ammonia-powered generators retain the benefits of diesel generators, such as independence, resilience, and weather resistance, without the carbon emissions.
Target Audience
OXGRIN targets industries that rely on off-grid power supply, such as ports, construction sites, and remote islands.
Features
- Proprietary catalytic technology enabling ammonia cracking at ultra-low temperatures
- Patented electrostatically polar material to mitigate hydrogen poisoning
- Zero-carbon power generation using ammonia fuel
- High volumetric energy density and ease of ammonia transport
- Drop-in replacement for diesel generators in off-grid applications