An AI-controlled methanol-to-hydrogen generator — turning accessible methanol into zero-emission power for Kenya's most underserved communities.
Kenya leads Africa in renewable energy — but millions still rely on expensive, polluting diesel generators.
Over 15 million Kenyans lack access to reliable electricity. Rural clinics, schools, and businesses operate on intermittent power or none at all.
Remote areas spend $0.35–0.50 per kWh on diesel generation — 3x the grid rate. Fuel transport adds further cost and logistical burden.
Kenya committed to 100% clean energy by 2030. Diesel generators in off-grid areas are the biggest remaining obstacle to that target.
Over 70,000 telecom towers across East Africa need reliable 24/7 power. Most off-grid towers run on diesel — expensive and unreliable.
The world's most efficient methanol-to-hydrogen generator — clean, modular, intelligent.
Produces pure hydrogen from methanol with only water as a byproduct. No CO₂, no particulates, no noise pollution.
Machine learning algorithms continuously optimize the conversion process, adapting to load patterns and environmental conditions in real time.
From 50kW for a rural clinic to 500kW+ for an industrial site. Add modules as demand grows — no infrastructure overhaul needed.
Unlike grid extension or hydrogen gas delivery, liquid methanol travels on existing road networks. No special infrastructure required.
Full IoT dashboard with satellite connectivity. Monitor performance, predict maintenance, and manage fleet from anywhere.
CH₃OH + H₂O → 3H₂ + CO₂
CO₂ captured • Only H₂O released
AI controller optimizes conversion
rate based on real-time demand
Standard methanol delivered via existing road networks — same logistics as diesel, but cleaner and cheaper per kWh generated.
AI-controlled catalytic process converts methanol and water into 99.99% pure hydrogen gas at optimal efficiency.
Hydrogen feeds a PEM fuel cell stack, generating clean electricity with only water vapor as exhaust. Silent operation.
Machine learning predicts demand patterns, pre-adjusts output, schedules maintenance, and maximizes fuel efficiency 24/7.
Engineered to perform in extreme heat, remote locations, and demanding operational environments.
From rural health clinics to industrial mining — clean, reliable power wherever it's needed most.
Reliable 24/7 power for vaccine refrigeration, medical equipment, lighting, and communications. No more generator outages during emergencies.
Power for computers, internet connectivity, lighting for evening study. Enable digital learning in communities that have never had stable electricity.
Replace diesel generators powering off-grid cell towers. 24/7 reliable operation with 70% lower fuel costs and zero emissions.
Scalable power for mineral processing, ventilation, and equipment in Kenya's growing mining sector — titanium, gold, soda ash, fluorspar.
Power for grain mills, cold storage, irrigation pumps, and tea/coffee processing in rural farming communities. Reduce post-harvest losses.
Drive desalination units and water pumping stations in arid and semi-arid regions — powering clean water access without diesel dependency.
Hydrogen power costs 60–70% less per kWh than diesel in rural Kenya — and the gap widens every year.
Kenya's Vision 2030 and the Kenya Energy Act prioritize universal electrification and clean energy. Off-grid solutions are explicitly supported with favorable policy frameworks.
East Africa's largest economy with 5%+ annual GDP growth. Rising demand for reliable power in agriculture, manufacturing, and services — especially outside Nairobi.
Kenya generates 90%+ of grid electricity from renewables. Hydrogen fills the off-grid gap — completing the clean energy picture and supporting NDC commitments.
Port of Mombasa provides direct access to global methanol supply chains. Established road and rail networks reach inland communities — no new infrastructure needed.
Active World Bank, AfDB, IFC, and bilateral programs funding clean energy in Kenya. Green hydrogen qualifies for climate finance and carbon credits.
Kenya as entry point to East Africa — Uganda, Tanzania, Ethiopia, Rwanda. A successful deployment creates a template for 300M+ people across the region.
Flexible engagement — from pilot projects to nationwide rollout.
Identify high-impact locations — clinics, schools, towers, mining sites. Analyze power requirements and methanol logistics.
Install 2–5 units across diverse use cases. Demonstrate performance, economics, and community impact over 6–12 months.
Secure development finance, carbon credits, and government support. Scale to hundreds of sites across Kenya.
Use Kenya as the East Africa hub. Replicate across Uganda, Tanzania, Ethiopia — 300M+ potential users.
Ready to explore a pilot project? We're looking for government partners, energy companies, development organizations, and investors.
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