Thank you for your "opinions", they are very useful in helping me to understand the concepts and principals (which are commonly believed) at hand for HHO generation given the popular appoaches that are avaliable thus far.
I have been to your site, quite a few times actually, and have planned to build a few of your projects there, including your HHO circuit.
So if I'm understanding this whole concept correctly, the WHOLE thing is wrapped around the fact that current flowing through the electrolye creates HHO gas, and that since connecting a batter directly "to" the plates causes a thermal runaway effect, there are many schemes or approaches to sidestep this problem, prevent the thermal runaway from occurring, and to try to get us much HHO gas, for as little current supplied as possible, in a relatively simple circuit or setup.
Are you saying an EFIE is not "necessary" at all? Are you currently running your own HHO setup in a vehicle? If so, do you not use an EFIE to foll the computer?
Is it true that if you did NOT use an EFIE to fool the computer in a vehicle, that the computer would truly compensate by adding MORE fuel to the mix, and thus rendering your attempt to save gas innefective?
I actually thought quite seriously about putting the two 15 watt solar panels I have on the roof of my van, and connecting them to the system to charge a 2nd batter for use of the booster, but doubted my whimpy little (and HUGE) 15W panels would really amount to anything useful.
Do you think it's worthwhile putting this together with those solar panels, or a waste of time? I guess "any" free (solar) energy is good energy!
Also, does anyone know what would happen if the electrolyte FROZE inside the booster? Wouldn't it just thaw out once the current in the plates warmed it, and then start producing hydrogen once all the electrolyte is then thawed? Would freezing hurt the electrolyte? Winter is coming, and I am wondering about this, I considered connecting a block heater to both my block, AND one to the booster, (or designing a WINTER model of booster!) if this is a concern.
I noticed you have a version of a PWM circuit on your page that is incomplete, and does not give ALL the building information, is this because you plan on producing and marketing it?
Thanks again for your help!
Chris

In addition to this,