Bike runs on water 100 % - No Gasoline - Microwave Pulse Generator Water Split

[massive]

to compare synthetic oil to conventional motor oil , would need testing under combustion conditions using a carbon-LESS fuel as a reference point , that rules out methane , methanol , ethane , ethanol .....

I would be suspect of any Hydrogen test that did not show CO2 levels

the test on Steve Ryans motorcycle showed CO = 2% , CO2 = 11%  .   The 60mins doco had the test within 45 mins previous to Steve being confronted by Dr Robert Rayne , fuel emissions expert .  The testers said it would be normal to have levels of carbon becase of engine oil .  Dr Raynes professional response = "Uummm"

Ive tried to find Dr Rayne today , Ive seen his articles in new car mags before

[hoptoad]

Hre is a quick test. Looks like he might be using ethanol.

Yes, the ethanol looks likely.

[Turbo]

of course there is a vast difference between the measurement from burned engine oil and the engine running on fossil fuel.
the amount of oil that slips through the oil scrape rings is so tiny that it still will be easily determined whether the engine is running on oil or not.

[hartiberlin]

Yes, the ethanol looks likely.

Well it could also be, that he has saltwater in there with the colloidal silver solution and then the flame would also burn with a yellow
tint.....
As he could not light up the test tube outside his RF coils, this can not bet Ethanol..


By the way, the Greek comments sometimes reveal lots of interesting details, which I just found out via translating via Google Translator:
These comments were slightly edited by me to better understand them... This came from:
https://www.youtube.com/watch?v=JQDgcZw75ng

The life of this metal material he is using is about 350 to 400 hours of electric power generation.

The Metal must be replaced at intervals of 25 to 30 days depending on the burning, logically no question of quantity of water,
so water of course must be more often refilled..., but the Metal  is the consumable.

A House needs about 5 kilowatts of power to be electrified.

The device we have seen is a one kilowatt capacity needs a METAL quantity which costs 7 Euro for one kilowatt per about 30 days on average,
so let's do the math..
Well :
5KW x 7  Euros = 35 Euros, ie 35 Euros per month to supply your 5 KW home ! Without the cost  and burden of recycling the metal residues...
That is pretty cheap !

[memoryman]

How much energy does it take to get the sacrificial metal to be useful? Is it waste aluminum? Would it be better to recycle the metal instead of using it in this way?
hariberlin, your math is false. The 'average' home does not consume 5kW continuously (which would be 120 kWh/day). Excluding heating and non-electrical: cooking, water heating and cloth drying, it is more likely 20 kWh/day.
When I lived in a 180 m^2 home (three levels, including basement ~450 m^2) in Southern Ontario, we used ~2 liters of oil for heating/day; that is ~30 kWh/day for heating. All our remaining energy came from grid electricity: another 5 kWh/day. So, our maximum energy use was ~35 kWh/day for ALL energy.