URGENT! WATER AS FUEL DISCOVERY FOR EVERYONE TO SHARE

[gotoluc]

Why are you trying to use an isolation transformer?  If an inverter is being used to power the circuit, you will be VERY hard pressed to find one that uses the Auto-transformer function, which is the only way the inverter wouldn't already be FULLY isolated.  Thatdoesn't mean that the manufacturer of the unit didn't specifically make internal connections to include surge suppression, etc.  Simply removing as much of the inverter circuitry as needed toclean-up the output suppression, and any connection from source to output, will provide plenty
of isolation.

Thanks in advance. 
Art.

Hi Art, I do agree it sounds kind of overkill but if we go through all the posts you will find that over 20 inverters have been reported fried and that is only counting those who reported it. Modern inverters have some protection but maybe not enough or fast enough as many have found. So to better protect your inverter we recommend an isolation transformer. The choice is really up to the builder

I'm sure many of the experimenters will be coming up with better ways then using an inverter to charge the capacitor once the circuit evolves as many will find the benefits of higher voltages and less capacitance...  just give it a bit more time and I think inverters will not even be a choice.

Thanks for sharing

Luc

[gotoluc]

Hi Luc,

I agree.  It's time to start tesing various fuels and combinations of emulsions and even GEET.  I'm ready!

Peace,

Greg

Thanks Greg for your willingness to develop.

So what do you think of using exhaust heat to create superheated steam. See Video: http://www.youtube.com/watch?v=czoxOqZ8rxk

If we introduce this in the carburetor inlet it could also help the fuel to vaporize before it reaches the intake valve which would be a big bonus once again.

If I remember the bugs have an exhaust heat rise tube that goes through the intake manifold. I wounder if we could use it in any way

Just thinking

Luc

[gotoluc]

Connect two 115V isolation transformers in this way.

Thanks cell1 for posting this diagram. This is exactly what I did with my two 115v isolation transformers to work on 220v.

Luc

[gotoluc]

@everyone,

for those studying the spark effect, Aaron of the Energetic Forum has posted this video: http://www.youtube.com/watch?v=N78E_qA4ws0

Very interesting

Here is his comment:

I used a choke that was made of a spool of magnet wire.
It limited current on the ground side of the spark plug.
It make just as bright of bursts but with no noise at all except
for a little sound..most of the sound is the wire jiggling on
the spool since it isn't tied down.

So maybe we have a new kind of light source that may consumes mostly voltage since the choke limited the amps.

Wouldn't that be great

Luc

[Groundloop]

@Loner,

Thank you for the drawing and explanation.

>>Why are you trying to use an isolation transformer?

I think the main reason people use an isolation transformer is because the small inverters
has a mosfet output stage to make a "simulated" AC voltage. This output stage is prone
to blow up if the inverter gets the initial coil pulse on the input. Since there is a diode string
(or one HV or several HV diodes) connected for minus voltage to the high side of the ignition coil
then there is a path for the positive high voltage pulse to travel back to the inverter and fry the
mosfet transistors. A isolation transformer will prevent that from happening.

Groundloop.