Hi:

In the following experiment, I take one of the dryest types of French
white wine that -- of all the French white wines -- is also aged the
most [whatever this wine is]. I place this wine in a magical container
that protects the wine from any and all defects excluding non-acidic
bacterial decomposition. IOW, the only degradation this wine suffer is
that caused by anaerobic bacteria [excluding acetic acid bacteria and
lactic acid bacteria]. The wine container is then filled with these
bacteria. The bacteria initially break down all organic compounds in
the wine -- excluding ethanol -- and then produce waste products. After
this, a seperate bacterium -- Clostridium kluyveri -- is introduced
into the wine. Clostridium kluyveri is allowed to feed on 50% of the
ethanol in the wine by the following chemical equation:

Ethanol + Acetate + CO2 -- Caproate + Butyrate + H2

Once the above process is finished, any and all sulfides are removed
from the wine. This removes the "rotten egg" odor from the wine that
results from the anaerobes feeding on proteins initially present in the
wine. After this, any chemicals that are do not have odors or do not
affect odors are removed.

AFAIK, the caproate smells like goat-sweat, and butyrate smells like
rancid butter.

What else would my wine smell like?


Thanks,

Radium

Radium wrote:
Hi:

In the following experiment, I take one of the dryest types of French
white wine that -- of all the French white wines -- is also aged the
most [whatever this wine is]. I place this wine in a magical container
that protects the wine from any and all defects excluding non-acidic
bacterial decomposition. IOW, the only degradation this wine suffer is
that caused by anaerobic bacteria [excluding acetic acid bacteria and
lactic acid bacteria]. The wine container is then filled with these
bacteria. The bacteria initially break down all organic compounds in
the wine -- excluding ethanol -- and then produce waste products. After
this, a seperate bacterium -- Clostridium kluyveri -- is introduced
into the wine. Clostridium kluyveri is allowed to feed on 50% of the
ethanol in the wine by the following chemical equation:

Ethanol + Acetate + CO2 -- Caproate + Butyrate + H2

Once the above process is finished, any and all sulfides are removed
from the wine. This removes the "rotten egg" odor from the wine that
results from the anaerobes feeding on proteins initially present in the
wine.

After this, any chemicals that are do not have odors or do not
affect odors are removed.

Well, water is also NOT removed!

AFAIK, the caproate smells like goat-sweat, and butyrate smells like
rancid butter.

What else would my wine smell like?


Thanks,

Radium

"Radium" wrote in message
oups.com...

Radium wrote:
Hi:
snip


There are no magical containers in existence of the type you mention.

Plus your a troll. This statement is easily verified by anyone who cares to
check alt.music.midi.


N10