Hydrogen decentralizes energy production and dependence. Hydrogen is independent, clean, renewable, unlimited — and interstellarily available.
Step 1
Water contains hydrogen and oxygen. An HHO reactor system — here shown with heat exchanger — splits water on demand. During production, the heat generated can be used for warm-water production or other applications.



Use CO₂ as a catalyst to combine hydrogen and carbon to produce, for example, ethanol — a high-density, stable, safe and easy-to-store energy medium.



Hydrogen-oxygen flame burns at 3000°C. Ethanol can run in standard gasoline engines via a simple piggyback system that adjusts injector duration to the alcohol blend, or in a flex-fuel engine. CO₂ emissions drop drastically, NOx is nearly eliminated, and the exhaust is mostly water vapour. Ethanol burns at a lower temperature with a high octane rating; if produced from sources like grass, the CO₂ turnaround cycle is very short.

The number after the “E” is the percentage of ethanol in the fuel. The higher the number, the more ethanol — and not every engine can handle it.
Rule of thumb ■ Regular car, 2001 or newer (USA): up to E15 ■ Regular car (Europe / pre-2001 USA): up to E10 ■ Small engines & off-road: E10 max ■ Above E15 (E30 / E85 / E100): flex-fuel vehicle required.
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Guidance only. Always confirm against your owner’s manual / fuel-filler-cap label. NeroPower.com is not liable for fuel-related damage.
