Lots of work has been done on pyrolysis. The bogosity factor for any
related ou claims seem to me to be high, but who knows? There
appears to be utility none the less. Some additional patent
documents of possible interest relating to carbon pyrolysis:
5792325 Electric arc material proces
The aquafuel patent number is 5,435,274, according to "Infinite
Energy" Vol. 2, No. 9, 1996, which had a good article about it and a
copy of the patent.
The front cover of that issue of IE contains an impressive picture of
an arc in an aquarium bubbling up enough of the gas that it is
col
In reply to Man on Bridges's message of Sat, 19 Nov 2011 14:04:38 +0100:
Hi,
[snip]
>Hi,
>
>On 19-11-2011 13:31, David ledin wrote:
>> "Nickel may not be necessary at all'
>
>I wonder if anyone has tried the following "binding-agents"?
>
>39K (93.260%) ==> 40Ca
You might also consider
23Na (10
On Sat, Nov 19, 2011 at 12:05 PM, Horace Heffner wrote:
> You have missed the point entirely. The *experimental* results using
> carbon arcs in water produced a COP of 7. No half baked theory was
> involved. No metals were involved. Hydrinos were possibly not even
> involved.
>
> Of course the
You have missed the point entirely. The *experimental* results using
carbon arcs in water produced a COP of 7. No half baked theory was
involved. No metals were involved. Hydrinos were possibly not even
involved.
Of course the results could have been bogus. That is why I used the
word
Hi,
On 19-11-2011 13:31, David ledin wrote:
"Nickel may not be necessary at all'
I wonder if anyone has tried the following "binding-agents"?
39K (93.260%) ==> 40Ca
41K ( 6.730%) ==> 42Ca
44Ca ( 2.086%) ==> 45Sc ==> 46Ti
50Ti ( 5.180%) ==> 51V ==> 52Cr
54Cr ( 2.365%) ==> 55Mn ==> 56Fe
58Fe
Hi,
On 19-11-2011 13:31, David ledin wrote:
"Nickel may not be necessary at all'
What about 63Cu ==> 64Zn or 65Cu ==> 66Zn ?
Kind regards,
MoB
"Nickel may not be necessary at all'
No : Nickel or similar metal with high lattice enthalpy like Alkali
metal halides is necessary.
See these papers from Rowan university
http://www.blacklightpower.com/pdf/RowanChemSummer2009Report.pdf
http://www.blacklightpower.com/pdf/RowanHydrinoReport200
Hi,
Sofar I've been thinking that the fusion process of Nickel and Hydrogen
itself is the important part that takes place in Rossi's reactor.
However after reading some enlighting stuff at Robin's page about
hydrinos ( http://rvanspaa.freehostia.com/Hydrinos_explained.html ) I
think I know why
On Nov 19, 2011, at 1:24 AM, David ledin wrote:
From Randell Mills yahoo group
The gas CO2 is patented by Dr. Mills and BLP as a hydrino catalyst.
Nickel has
an affinity to bind to CO. At temperatures below 700 degrees
Celsius heating
nickel first releases CO and around 400 degrees Celsius
>From Randell Mills yahoo group
The gas CO2 is patented by Dr. Mills and BLP as a hydrino catalyst. Nickel has
an affinity to bind to CO. At temperatures below 700 degrees Celsius heating
nickel first releases CO and around 400 degrees Celsius a dominant reaction
causes 2CO to form C and CO2 on an
11 matches
Mail list logo