Perhaps he omitted a part to allow him to get a patent later , who knows !
...
Air is a very good insulator and doesn't transmit heat very well at all... so even if the volts and amps were there in the cylinder your chances are better at FLASH Steaming the water than turning it into HHO gas... (I believe in the process of FLASH Steaming water some HHO gas is produced but it is very little)
....
I have no idea why a fella would write such an article if it wasn't true... perhaps he is just MEAN and wants to cause problems...maybe he gets his Jolly's thinking about all the people trying to make it work... I have met people like that, and thank GOD they are far and few between
... However this is the kind of thing that people are LOOKING FOR.... a easy solution to the gas problem
and I doubt there is an easy solution !
... but this has got me started on using 110vac with Hydroxy cells... after thinking on it a while
using 12vdc is using the very lowest end of voltage to make Electrolisys work.... and we wonder why we have problems getting large volumes of HHO
sticking with 12vdc mandates using higher and higher amps to get the "WORK" done, where if we used more voltage you could use less Amps to get the same amount of work done....
the down side of higher voltage is more heat. THEY SAY that anything above 1.24v on a plate is wasted into heat.... I have trouble believing that however in order for heat to take place work or transfer of energy must take place....
using their logic if we took 1000 volts and one amp it would all go up in heat and make very little HHO.... but the fact is there is only so much wattage you can get from amps and volts and that wattage is a measure of its heat producing ability...
in my view YOU will get that heat no matter how you use it... weather High volts low amps or low volts high amps .... its the same thing !
however it is allot easier to get a great deal more power onto a cell using 110vac or 220vac
and because of that more HHO should be produced!
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Consider that the AMP barrier is a major problem with production we now face.... its hard to get over 30 or 40 amps in a cell..... PERIOD....
so if you want to give the cell more power you are going to have to raise the VOLTAGE...
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say 40 amps is the limit on the cell.... you want more power than that because production is only 3.5LPM....... the only way you can do that now is to raise the voltage....
because your putting more POWER into the cell you will definitely get allot more heat... that is a given.... so plan on a real good cooling system !
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so maybe it is possible to get the 50LPM we need out of a SINGLE cell (with a good cooling system attached to it) and it may be as simple as raising the voltage.
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I wanted 200 to 300 amps to a cell , but you cannot get there with the electrolyte... so the way around it is to raise the voltage and get the EQUIVALENT POWER to the cell instead
... then perhaps we will see Outputs of 50LPM from a single cell on a regular basis !
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with this method close plate spacing will not be good because at some point the Electricity will ARC between the plates..... the close spaced plates will LIMIT the amount of voltage you can have.
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this tells us that there is a Limit to the amount of HHO output you can get with Electrolysis
... that limit is far above what we are currently getting however.
....
Bob
