Electrolysis: Make Your Own Water Powered Engine | Liberty Engine
Water Power
THE WATER ENGINE WORKS!
Electrolysis with HH+ turns water into fuel – 31 May 2022 | Liberty Engines
The forbidden water engine is a reality. Create an engine that runs on hydrogen.
Join the Liberty Engines Project in this tutorial to create an engine that runs on water in a few simple steps. It has always been said that the splitting of H2O into its molecules by electrolysis is not efficient enough to be practical… But one team has developed an electrolyte capable of turning this technology on its head.
Generator Material
- Stainless steel sheet: We can buy it in a junkyard
- Gasoline electric generator
- Water filters
- Stainless steel M6 threaded rod
- M6 11mm Nylon Washers
- M6 18mm Nylon Washers
Electrolysis
Water-powered engines using electrolysis work by using electricity to split water into oxygen and hydrogen. The resulting hydrogen can be used as a clean fuel to power a car by reacting with oxygen to create water, either through burning in a combustion engine or catalysed to produce electricity in a fuel cell. This process can be powered by renewable energy sources such as wind or solar power, making it an extremely clean and efficient method of producing fuel.
Electrolyte
The energy required to perform electrolysis is at least as great as the useful energy obtained. However, adding an electrolyte can make the process much more efficient. This increased efficiency can lead to a significant reduction in the energy required for the electrolysis process, making it more cost-effective and environmentally friendly.
By adding an electrolyte, the conductivity of the water increases, leading to lower energy consumption during the electrolysis process. This, in turn, makes the process more efficient and cost-effective. The use of electrolytes can also improve the Faradaic efficiencies of the electrolysis cells, further enhancing their overall energy efficiency. Therefore, while the energy required for electrolysis is significant, the addition of an electrolyte can greatly improve the efficiency of the process, making it a more viable and sustainable method for hydrogen production.
In general, an aqueous solution of caustic potash or soda is used as the electrolyte for water electrolysis. Sodium, potassium, chloride, calcium, magnesium, and phosphate in a liquid phase are examples of electrolytes. The conductivity of water increases significantly when a water-soluble electrolyte is added. An electrolyte must be chosen with care, and the cation of the electrolyte must have a lower electrode potential than H+.
To create an electrolyte for water electrolysis, you can follow these general instructions:
- Choose a Suitable Compound: Select a strong acid, a strong base, or a salt that is highly dissociative in solution. Examples include caustic potash, caustic soda, baking soda (sodium bicarbonate), or other water-soluble salts.
- Prepare the Solution:
- Fill a beaker with distilled water to minimise contaminants in the solution.
- Measure enough of the chosen compound to generate an electrolyte solution of sufficient strength to support the electrolysis process.
- Mixing and Testing:
- Stir the solution to ensure the compound is completely dissolved.
- Test the conductivity of the solution, as the electrolyte should be highly dissociative and able to support the electrical flow.
- Caution:
- Be mindful of the potential chemical reactions. For instance, if you are using a salt like NaCl, be aware that it can yield chlorine gas, which may not be desirable.
It’s important to note that the specific electrolyte chosen can impact the efficiency and products of the electrolysis process. Therefore, the selection should be based on the desired outcomes and safety considerations.
Timstamps
- 00:00 Start
- 01:02 Preparing the pieces to cut them
- 01:24 Cutting the 304L stainless steel parts
- 02:30 Drilling the pieces (One 6mm and one 11mm hole in each piece)
- 08:18 Polishing the pieces
- 03:58 Preparation of the Hydrolysis tank
- 04:56 Cutting the M6 ​​threaded rods
- 05:18 Assembly of the Hydrolysis reactor
- 09:20 Preparation of the Hydrogen security container
- 11:46 Manufacture of the support for the Hydrolysis equipment
- 13:12 Electrical connections
- 14:30 We remove the fuel tank and set up our Hydrolysis equipment
- 16:14 Preparation of the air filter
- 16:34 Filling the water and secret electrolyte tanks HH+
- 17:35 First test inside the workshop
- 18:05 Carburetor adjustment
Source: THE WATER ENGINE WORKS! Electrolysis with HH+ turns water into fuel
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