An oxyhydrogen generator uses electricity to split water into hydrogen and oxygen gases, which when mixed in the proper ratios produce a highly flammable fuel called oxyhydrogen. The generator has the potential to power vehicles more efficiently and reduce emissions by supplementing or replacing gasoline. While it holds promise as a renewable fuel source, challenges remain in reducing production costs and developing safe storage methods for transporting and using the flammable gas. Oxyhydrogen technology is also being explored for applications like welding torches, lighting, and radioactive waste remediation. Further advances will help determine oxyhydrogen's viability and future role as an alternative transportation fuel or energy source.

1. OxyHydrogen
Generator

2. Index
Introduction
History
Types
Working
Advantages and disadvantages
Applications
The Future

3. Introduction

4. ● An oxyhydrogen
generator uses electricity
from an energy source to
split water into hydrogen
and oxygen gasses.
● (Electricity + 2H20 --> 2H2
+ O2)
● Much more powerful than
gasoline
● Only emission released is
water.

5. Oxyhydrogen is a mixture of
hydrogen (H2) and oxygen (O2)
gases.
Theoretically, a ratio of 2:1
hydrogen:oxygen is enough to
achieve maximum efficiency
In practice a ratio 4:1 or 5:1 is needed
to avoid an oxidizing flame.

6. History

7. ● 1807: A Swiss inventor named Francois Issac de Rivaz invented the first internal
combustion engine that burned hydrogen from water.
● 1860: Etienne Lenoir created one of France’s greatest inventions, the ICE car. It
turned water into combustible hydrogen fuel through electrolysis in a one stroke
2 cylinder engine.
● 1863: The Hippomobile, based on Etienne Lenoir’s 1860 invention.Electrolyzed
water (hydrogen gas) ran through a small horizontal engine.
● 1875: Jules Vernes Talked About Water
○ As Fuel In his book, Mysterious Island, Jules Verne stated “Water
decomposed into its primitive elements, and decomposed doubtless by
electricity, which will then have become a powerful and manageable force.
Yes, my friends, I believe that water will one day be employed as a fuel.”

8. Cont.
1918: Charles H. Frazer Was First To US Patent A "Hydrogen Booster." The system
was designed for internal combustion engines, to increase efficiency. The engine
will stay cleaner and lower grade fuel can be used with equal performance.
1930: There Have Been Over 240 Patents for engines that 100-250 miles per gallon.
1933: A Norway Company Norsk Hydro Modifies Company Trucks to run on
hydrogen gas.
1941: A Russian Converts 200 military Trucks To Run On Hydrogen Gas.
1977: NASA Put Out A Document On Hydrogen, stating that hydrogen helps
gasoline powered internal combustion engines increase mileage and lower
emissions.

9. Types

10. Dry (fuel cell) Wet (Oxyhydrogen generator)

11. Working

12. Water
Tank
Water HHO
Gas
HHO
Cell
Battery
Engine/
Alternator
HHO
Gas
A pure stoichiometric mixture may be
obtained by water electrolysis, which uses
an electric current to dissociate the water
molecules:
electrolysis: 2 H2O → 2 H2 + O2
combustion: 2 H2 + O2 → 2 H2O
In theory, the input energy of a closed
system will always equal the output
energy, as the first law of thermodynamics
states.
The electrolyte which you add to the
generator acts as a catalyst inside the
HHO generator and helps to break apart

13. ● This Gas is then piped into your engine through the air intake (diesel
engine) and the vacuum lines (on a petrol engine), it then mixes with the
fuel vapours in the engine increasing the octane rating of the fuel.
● When the HHO Gas mixes with your fuel it increases the Octane rating
and the amount of compression required before the fuel ignites. The
piston must then compress the fuel completely before it ignites, and the
added Hydrogen and Oxygen allows the fuel to burn more completely
reducing the amount of waste (emissions).
● So because there is less fuel being wasted as exhaust fumes you use less
fuel. This also adds more power to the engine, which increases its
efficiency and improves your Kilometer per Liter giving you better
mileage.

14. Advantages & Disadvantages

15. Advantages
Available and renewable
Non-toxic
Very Powerful
Doesn’t contribute to climate
change
Cheap maintenance

16. Disadvantages
Fossil fuels are still needed
Costly to produce
Flammable
Much work to be done
Cells can’t hold much
Energy generator, not converter

17. Applications

18. Lighting
Oxyhydrogen Blowtorch
Oxyhydrogen Torch
Decontaminate radioactive waste
Welding
Makes automobiles more
environmentally friendly

19. Future

20. KleanGas is a company,
which uses PEAS (Personal
Energy Alternative Source),
which cuts the cost of
electrolysis
Able to decontaminate
radioactive waste

21. THE END