On Tue, Dec 13, 2011 at 4:32 PM, Peter Heckert <[email protected]>wrote:

> Am 13.12.2011 23:21, schrieb ecat builder:
>
>  Hi All,
>>
>> Just a brief update on the replication attempt by "Chan". Chan is an
>> anonymous poster who claims to have replicated the Rossi reaction
>> using powders on two builder sites, ecatbuilder.com and buildecat.com.
>>
>> He uses an RFG connected to a induction coil to heat the contents of a
>> copper reaction vessel that he fills with a mixture of MgH2, Ni, and
>> Fe. He provides molar percentages and possible catalysts.
>>
> This is rather exactly what they use at Max Plank Institute for their high
> temperature
> heat storage system.
> http://www.mdpi.com/1422-0067/**10/1/325/pdf<http://www.mdpi.com/1422-0067/10/1/325/pdf>
>
>
Interesting paper as it describes a perfectly feasible way for Rossi to be
storing energy from the pre-heating cycle in reversible metal hydride
reactions. It means he could be using nickel and hydrogen and possibly Mg,
so that inspection, if he ever allowed it, would reveal nothing but the
components he's claiming. Except some kind of pressure vessel is needed to
store the hydrogen as the heat dissociates it from the metal. The unit
described in table 2 is about 3 times larger than Rossi might need for his
fat cat demos. It stores 36 MJ at 450C, and produces 4 kW power output,
weighs 40 kg total, and requires a 20 L pressure vessel. So to store the 12
MJ needed for the Oct 6 demo, a 7L vessel would be needed, and the total
weight might be 13 kg.

What this should make clear is that energy storage is a well-developed
science, and that if Rossi wants to convince skeptics that he is
*producing* energy, he will need clear evidence of energy output
significantly and unambiguously greater than energy input, whether or not
it seems feasible to internet observers that the input could be usefully
stored.

(Of course, to really remove all doubt, the output should exceed the total
mass of the unit in the best chemical fuel, but one step at a time...)

Reply via email to