Has anybody tried to use piezo water mist bublers to use ultrasonic
sound piezo devices to agitate and shake the electrolysis plates
to get these nano HHO bubbles ?
There are now some pretty interesting videos here:
http://www.youtube.com/watch?v=XUbWOe4I4tAIt states:
This is an extraordinary video, if you just know the meaning of what is happening.
This motorbike (1050 W Robin Engine) is driven solely on OHMASA-GAS, which has been produced by electrolysis of water with vibration.
Please watch the following video about OHMASA-GAS.
http://www.youtube.com/watch?v=NUPE0Z9V82EIn June of this year, Dr. Ohmasa succeeded in running a motorbike using this OHMASA-GAS.
In the cylinder attached to the motorbike, OHMASA-GAS is stored at a pressure of 10 MPa (100 atm).
OHMASA-GAS is simply introduced into the simple Robin Engine, and the engine is running very smoothly powered by this OHMASA-GAS only.
After combustion, OHMASA-GAS will become just water, and never produce any pollutants.
If you electrolyze water without vibration, you will get a mixture of oxygen and hydrogen, which is explosive and VERY dangerous, and called a detonating gas. You cannot drive a motorbike as shown in this video if you use this detonating gas. You would be dead.
You might be thinking that OHMASA-GAS is a kind of Brown Gas, yet it is not. In the case of Brown Gas, running a motorbike in this way is also impossible. Brown Gas can be compressed to the pressure of 0.3 MPa (3 atm). If you want to compress more, the gas may explode.
So, only OHMASA-GAS can drive a motorbike this way safely.
You might think about hydrogen energy system.
Yet, hydrogen is very difficult to store as it is easily leaked from an ordinary metal cylinder because its molecular size (= 2) is very small. Also, hydrogen erodes the surface of metal, which is called hydrogen embrittelement.
Also, it is very difficult to run a simple engine using hydrogen gas, as its burning temperature is very high (about 3,000 degree). At this high temperature, the material of a simple engine will be melted and the engine will be destroyed.
On the contrary, OHMASA-GAS can overcome all the above problems.
It can be stored in an ordinary cylinder for a long time (at 10 MPa more than 2 years without any drop of pressure). There was no hydrogen embrittelement on the inner surface of the cylinder in which OHMASA-GAS had been stored for 2 years. A simple engine can be run by OHMASA-GAS because its burning temperature is only about 700 degree. So, burning of OHMASA-GAS does not destroy the engine.
We are convinced that OHMASA-GAS system, which is a completely clean energy system, will save the humanity and our planetary environment.
http://www.youtube.com/user/watermemory?feature=watch#g/u