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Arnt ---
You mean:
2(H2O) + C = CO2 + 2(H2)
CO2 + 2(CO) = C + 2(CO2)
I doubt this reaction is as "stable" as the tin example.
As in easily reproducible with near total completion -- time after time --
etc.
Further -- your looking at an all gas reaction in that example.
The tin metal bath is liquid with an amount a SnO2 in it -- great heat sink
-- and easy to manipulate.
For the curious -- the tin metal bath "converter" is at:
http://www.alchemix.net/products.htm
Bruno -- here is you chance to check it out!
Peter
At 01:14 AM 2/4/2002 +0100, you wrote:
>On Sunday 03 February 2002 20:06, Peter Singfield wrote:
>
>> Fine tuned balancing can be achieved by using a tin metal bath and
>> this reaction -- which is energy "neutral":
>>
>> H2O + Sn ------> SnO2 + H2
>> SnO2 + 2CO -----> Sn + CO2
>
>..this _tin = Sn_ metal bath replaces our trusty good old
>carbon bed in our thermochemical gasification magic?????
>
>--
>..med vennlig hilsen = with kind regards from Arnt... ;-)
>
> Scenarios always come in sets of three:
> best case, worst case, and just in case.
>
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