#35 Hydrogen HHO Zero Cell ELECTROLYTE CONVECTION 2007/09/04

hi there, I have a theory to make HHO from tabwater right before you inject it into a cylinder, without sloshing and with a very low current. but it is to complicated to explain in text. can I E-mail you or is that to risky.

Tall cells are less affected by cornering than wide cells. That's just one reason I went taller. Soon the entire plate ass'y will be submerged so sloshing will not matter at all.

Yes. It would draw too much current for any given electrolyte concentration. Optimum seems to be 6N or ~2v/cell.

I was thinking of this unit during corners and on hills: would it benefit your cel to add a baffle or two so that the liquid would not slosh. My idea is 2, one at half way up and the other at the top of the liquid circular shaped horizontal in perspective.

Getting a lot of email lately asking if I'm still working on my projects. Busy collecting data and getting parts made for a revised cell. The present cell is damaged in that the conditioning phase produced unevenly processed plates which unevenly produce HHO. Efficency has dropped to only 2ml/min/W. Not enough to produce measureable mileage gains. Tests have been scrubbed until new parts are ready.

I apologise the info i sent ealier was not totaly acurate.The programe was on the science chanel called echo-tech Future Fuels. The procedure was done using hydrocloric acid & radium imatating photosynthesis.If you can access the Echo-Tech series very interesting.Looking forward to youre next videos keep up the Good Work.

Great Work.I seen a program on Discory or TLC about ALT Energy on HHO.This lab has been testing for along time.They used Hydrocloric acid to date found it to be verry efficient for electrolite,not shure if this helps.Keep up the Good Work.

Nothing. All my time lately is spent on the reconfiguration of the cell. The first 3 videos were a sample test to see how I like LV. Answer - I Like LV, a lot. When I have time I'll upload the rest. Sorry it's taking so long.

ZFF

hi there i'am a loyal viewer of your videos.
i've looked at livevideo for your latest video but could'n vind it, I see only 3 of them. what am I doing wrong?

Not only is it sufficient, it's in the exact proportion it needs to be to recombine to H2O in compustion.

I would think that the oxygen released in the process is sufficient to make it combustible.

Already do that. 36 grit. Thanks.

have you thought about grooving the surface with rough grit sandpaper (more surface area) ?

dude if you get this , you rock! keep going!

the best of luck!

How much air can you add to a container with pure hho gas so that it will still burn? Just wondering what the ideal air/hho ratio for an internal combustion engine would be. Stoichiometric air-fuel ratio for Hydrogen is 34:1 by weight which is over twice that of gasoline. But you are also adding pure oxygyen so the ratio would be even be higher? Is it realtively easy to calculate the required volume of hho + air needed?. Just thinkin out loud...sorry

You're welcome.

Now that I've decided on a config, plates are out and being resurfaced completely from scratch (pun definitely intended).

Thanks for the information, very interesting.

Efficiency is currently an issue I am having with my cell. Regards, and best of luck with the experiments.

--HOAX

Yep.

I see. And now current was jumping round through the froth ?

Yes and no. In a series cell you do want as much exposed flat surface area BETWEEN plates submerged. What you don't want is submerged areas where the current can jump around any plates.

So basically we want our plates as deep into the electrolyte as possible

Did you have some result with the EFIE?

Thanks Czar. It works here now only as long as I allow all comments to be automatically posted. Soon there will be no comments posted here.

Hope this get to you Zero. Great Job as always. I will see you at Live now.Good luck