Product Description
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Flourish
Excel™
is a source of bioavailable
organic
carbon.
All plants require a source of
carbon.
This is typically
obtained
from
CO2
,
but, may also
be
derived
from simple organic compounds
(such
as photosynthetic intermediates).
The
use of
either
CO2 injection or
Flourish
Excel™ does
not
necessarily
negate the use of the other.
Because
the processes of
producing
photosynthetic intermediates
and
building onto them occur
simultaneously,
one can derive a substantial
benefit
with the use of
Flourish
Excel™ either alone or in
conjunction with CO2 .
The
combination
is particularly ideal for
situations
when continuing to
add
CO2
could
result in dangerously
low pH
levels.
Flourish Excel™ also has
iron
reducing properties
which
promote
the ferrous state of iron (Fe+2),
which is more
easily
utilized by plants than ferric iron
(Fe+3
sup>
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Sizes:
100 mL,
250 mL, 500 mL, 2 L, 4 L, 20 L
Why It's Different
The reason
plants
need CO2 is to produce
longer
chain carbon
compounds
also
known as photosynthetic
intermediates.
Photosynthetic intermediates
includes
compounds
such as ribulose 1,5-bisphosphate,
and
2-carboxy-3-keto-D-arabinitol
1,5
bisphosphate.
Although the names are complicated,
the structures are
quite simple
(5
carbon chains). Flourish
Excel™
does not contain
these
specific
compounds per se, but one that is
quite similar. By dosing
with Flourish
Excel™ you bypass the
involvement
of CO2
sub>
and
introduce the
already finished, structurally
similar
compounds. It is
in its
structural
similarity that Flourish
Excel™
is able
to
be utilized in the carbon chain
building process of
photosynthesis. Simple chemical
or
enzymatic steps can easily convert
it to
any
one to any one of the above named
compounds (or a variety of
others).
Directions
On initial use 1
capful for every
200 L
(50 gallons*) daily, or 1 ML per 10 gallons
(one thread on cap for
every 10 gallons, each cap is 5 ML).
Dosing may be slowly
increased in high-growth
aquariums to 2 ML per 10 gallons.
For smaller dosing
please
note that each cap
thread is
approximately
1 mL.