[NewCandle] Rolled Al hydrolysis
Keith Nagel
NewCandleAdmin at ipdiscover.com
Mon Mar 19 12:48:06 EST 2007
Yes, I rather suspect it will slow and stop
as more aluminum hydroxide ends up in the
solution and more importantly as a protective
layer on the Al surface. It's an interesting
variation on the high voltage anodic film
work we were doing last year. I was surprised
as well at the rapidity of corrosion, and
the gas is in fact being generated between
the leaves rather than at the outside surface.
K.
-----Original Message-----
From: newcandle-bounces at ipdiscover.com
[mailto:newcandle-bounces at ipdiscover.com]On Behalf Of Nick Reiter
Sent: Monday, March 19, 2007 5:35 AM
To: New energy for the new world.
Subject: Re: [NewCandle] Rolled Al hydrolysis
Hi Keith,
Bubblin!
Well, if it goes like the ones Sam and I have played
with, you should get some occcasional spurts of very
high bubbling amidst the level that you plateau at,
but then in probably 48 to 72 more hours it will begin
to diminish, then at about another 48 hours beyond
that, the Al will turn a gunmetal grey, and the water
will be visibly murky, and the bubbling will slowly
stop.
Now Sam claims that if you take the roll out, let it
drip dry, then bake it in an oven at 300F for a couple
of hours, once back in the water, it will kick in
again with about the same cycle. MAybe baking cracks
open hydroxide layers or something.
Overall, its kinda novel, but without the "amalgam"
such as KOH or NaOH, its self limiting.
n
--- Keith Nagel <NewCandleAdmin at ipdiscover.com> wrote:
> Hey Nick,
>
> Yeah, I seem to remember us discussing such a patent
> a while
> back here, the corrosion current was used as a
> controlling
> element for gas production. Jones probably remembers
> it, I think
> it was one of his finds?
>
> As regards the foil, after about 24 hours, I'm
> gettin' plenty
> of gas (burp). It'll be interesting to see what
> things look
> like a few months down the road. Will enough oxide
> form
> to stop the reaction? Or will it just continue
> corroding
> until all the aluminum ends up in solution.
>
> K.
>
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