Stanley Meyer replication with low input power

[bolt]

Get the TPU working first and this water split will be solved in 2 seconds flat:)

There are of course great similarities between TPU SSG and making stanley meyer system work. In each case remarkable outputs can only be achieved when RE is captured. I thought at first just effecient DC chop was the answer to this but its NOT. The meyers system is only half way there and the Steven Mark TPU ideology is the answer. The TPU is described as using 3 frequencies but careful reading suggest 2 frequencies are actually involved with the 3rd as a second harmonic of the first.  Ravi had quite good results as an effective PWM controller but i bet he still did not really tap into RE. If all this technology comes together i am sure in this hydro tap the coil construction, frequencies used will be perfected to provide RE. The choke construction is therefore as critical as TPU thoery  Its certainly a lot more then a few turns wrapped around a dowel:) Why? Because the energy of the system will be tapping into the earths magnetic energies and THATS where there extreme COP will come from.  Like the TPU the hydro system requires 2 induced frequencies. But actually it relies on 3 to provide to constructive wave forms to be setup in the choke. The construction of the 3rd frequency is vital to get the massive induction to occur within the choke and i don't believe its been done yet in this thread. although tube conditioning plays a part in this i dont believe its the final answer. The amount of brown gas we need must increase hundreds or even thousands percent for the same 500 mA input to run a vehicle and im sure when the hydro unit works properly the amount of gas released will just be unbelievable as virtually all the water would be converted to gas within hours. Again in theory at least the DC input should run in the milli amps range but the RE collector will be tapping into 50 80 amps at 100 volts to provide the electrolysis and thats the hidden secret that i am in no doubt has been reproduced before and squashed by the big boys.

Suddenly the tube cell design becomes far less important because of the FREE power is there to run it. A car battery size cell with rectangle plates becomes far more pratical with outputs of many litres of brown gas per minute.

just thoughts........

[RunningBare]

Construction of HH0 generator chamber almost complete...

http://hh0.no-ip.info/tubes.htm

Getting there slowly but surely!

[pofuk]

This is My first post on this forum so I want to apologize for writing mistakes because I'm from Croatia and was playing cards on English class for last 4 years.

I'm not so good at physic actually i was disappointed because Tesla didn't give us free energy. Three nights ago I accidentally wrote Car on water on You tube and after watching couple of videos i found link to this page. I red all 11 pages on this topic and I'm so excited about making Stanley Meyer's electrolyzer that when I came home from school I, for the first time in my life, studied Physic (Today was the first day of School). So I haven't understood most of the things here so I'll be boring you for couple of months with questions,I hope there is someone to help me.

First question is did anybody made Stanley Meyer's electrolyser  that can produce enough gas to run mowing machine?

And second question, and a problem is where to get stainless steal tubes and the question is how much would they cost?

All thanks to ZeroFossilFuel for guiding me to this page! (I remembered that when I Watched his new video)

[saintpoida]

Construction of HH0 generator chamber almost complete...

http://hh0.no-ip.info/tubes.htm

Getting there slowly but surely!

hi i think i remember earlier in the thread ravzz said not to use o-rings because not all the bubbles will be able to escape?? Unless you cut the o-ring up a little?

Anyways its looking good!!

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Nvm my above comment i just noticed you used 4 rings squashed up to do it, i was thinking
an oring around the smaller tube but what you did is good!

[RunningBare]

The O rings are cut in half across their diameter because I did not have enough of them, they are inserted curve side down so no bubbles can collect, I've taken every precaution I possibly can to stop the build up of bubbles, including plenty of holes in the tubes supporting base.

hi i think i remember earlier in the thread ravzz said not to use o-rings because not all the bubbles will be able to escape?? Unless you cut the o-ring up a little?

Anyways its looking good!!

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Nvm my above comment i just noticed you used 4 rings squashed up to do it, i was thinking
an oring around the smaller tube but what you did is good!