match condensation rate.
Good luck.
Dale Scroggins
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. Temperatures will be above the autoignition temperature of
methanol. But it does work, and no wash or catalyst is needed.
Dale Scroggins
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I finally learned to upload files to my home page. Here are some
pictures and a drawing of the processor. Don't expect much in the
way
of page design.
http://home.swbell.net/scrof/Biod_Proc.html
Dale
--- In biofuel@egroups.com, [EMAIL PROTECTED] wrote:
The trap works very much
--- In biofuel@egroups.com, [EMAIL PROTECTED] wrote:
And, of course, those switches.
Any special kind?
Not really, but they must be rated for high current. They are much
more expensive than lighting switches.
Okay, okay, maybe I was bragging a little.
Uhm, that was really OK. This
--- In biofuel@egroups.com, [EMAIL PROTECTED] wrote:
I shouldn't even be thinking about new methods. I just finished and
tested a new processor. I've got fuel running out my ears.
Brag, brag.;o)Let's see some pictures! Tell us, if you made
something
special!
Cheers, Aleks
Aw,
--- In biofuel@egroups.com, Aleksander Kac [EMAIL PROTECTED]
wrote:
It
would be interesting to apply such power to a small sample of
vegetable oil and methanol (or ethanol), without catalyst, and
examine
the results. Even if this produced no reaction, introduction of
an
acid
Another possible method of breaking the bonds would be cavitation. I
have a low-power ultrasonic cell disrupter which isn't working now.
I'm not sure it has enough power anyway (150w). Does anyone have
access to a more powerful ultrasonic unit, say 400 - 500 watts? It
would be interesting
