Hello
sapharic wrote:As you say, the simple pantone doesn't sound very interesting. In the tank, it is very likely that only the volatile part of the gasoline will evaporate with a little water.
Here is our idea:
- In the pantone reactor, in the bubbler tank and in the pantone reactor, only water is passed.
-At the outlet of the reactor, the air-gasoline mixture comes from the carburetor.
In fact I make a simple pantone model which I run in gillier pantone.
It seems to me that this is how Mr gillier realized that a more efficient system existed.
This assembly is not complicated and can allow me to have correct results. What do you think ?
cirahpas
You have to establish the experience, the measurements and what you want to learn or take apart.
If I understand you keep the gasoline engine intact and you add a water doping to it.
It remains to know the exit of the doping, enter how in the engine
at the inlet of the carburetor, it takes a certain depression to pump into the reactor, if the reactor is supplied with a Buller with an air inlet, the depression must fight the level of water in the bubbler.
water doping considerably improves the pollution, but on a gasoline engine (low compression), the results are around 20% on a large automobile engine, lower on a very small displacement engine)
If you are looking to make an experimental setup to determine several experiments with 100% water and poly-fuel alcohol + water or fuel oil ect .. I advise you to do a panton setup without the original carburetor without the bubbler
a panton with small carburettor of reduced model, an easily removable rod
with a small carburetor there is no ambiguity on the consumption all the fuel or water which passes through the engine is measured consumed.
Nothing prevents you from operating with alcohol fuel mixed with different% water and doing your calculations.
you can also run on oil with a little water mist in front of the reactor, either a mist or a bubbler
(the amount of water consumed for a small engine to have a certain efficiency is low)
Andre
Easy to do and allows you to do several experiments