High voltage HHO by IronHead

[ZeroFossilFuel]

Hmmm. Need to think about that. I was going to get a general purpose windshield washer pump and resevoir (ah-la Magdrive) at a later date when I put together a full closed loop system with wool stuffed bubbler, some sort of heat exchanger, thermostatically controlled fan and solenoid valves to divert electrolyte into and around the heat exchanger, etc etc. I think for now I will still make the base cover but drill a few 1/8" holes in rows at the bottom between the plates. That way I can cap it later if I want to with a flat piece and the cells will then be more isolated.

[ZeroFossilFuel]

Re: "free flowing", It occurs to me that I didn't see anyone posting previously mention anything about raising up their electrolyzers off the floor of the vessels in which they were submerged. If the bottoms are flat, how free flowing can that be? What say the rest of you? Did you raise them up or leave them flat on the bottom?

[ZeroFossilFuel]

First part of my how-to series on the electrolyzer construction.
http://www.youtube.com/watch?v=gpQj8h0KnJI

ZFF

[keithturtle]

When it comes to circulating water / electrolyte thru the cell, I have a rather unique air-lif pump design I stumbled across a while back.   Only problem is it only works in open air conditions- I doubt it could work in the closed loop of a cell / isolation chamber loop.

Its configuration is a simple vertical tube in water, deep enough for the pressure at the bottom to do work, at least 2' of head.

There's a 2-stage concentric chamber that slowly fills with compressed air.   When the air (creeping downward) reaches a port in the central pipe, the air rushes into the pipe, with all the water down at that level cramming the air outa the chamber.  The result is a serious slug of air, and whatever water was in the pipe above the chambers, getting blasted out the top, thenceforth to wherever.   At least 2" lift can be realized.

Here's a link to the guy that patented it, and he won't show the details I jes described
http://www.geyserpump.com/principle.htm

I jes built one that moves 20 gal/hr to solve a problem at the plant.   Works famously, and NO MOVING PARTS!

I'll post a pic and breakdown later

Turtle

[IronHead]

Re: "free flowing", It occurs to me that I didn't see anyone posting previously mention anything about raising up their electrolyzers off the floor of the vessels in which they were submerged. If the bottoms are flat, how free flowing can that be? What say the rest of you? Did you raise them up or leave them flat on the bottom?

I'm just telling you that you should have the thing flow as well as possible .
There is a small amount of common sense involved with this as well.
At this point how ever you do this is up to you .