Alberto Santilli's Reef Aquarium- A Reef from Rome
A tank maintained with the Blu Coral method without
HGH (Human Growth Hormone).
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The Tank:
The
tank is 185 gallons and measures 150 x 60 x 80 cm (L x W x
H); the thickness of the glass is 20mm, and it is visible
on two sides. These two visible sides are made with a special,
extremely clear glass. The stand is constructed of an entirely
stainless steel frame, welded together, and covered with custom
wood panels that match the apartment's decor. The entire structure
is perfectly soundproofed, so that the noise from the equipment
does not disrupt the tranquility of the room. The tank has
been in operation for around four-and-a-half years, and all
of the equipment, excluding the pumps and IKS controller,
was self-constructed.
Filtration/Circulation:
Water
Parameters:
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Ca:
500 mg/l |
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KH:
13 dKH |
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Mg:
1600 ppm |
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SG:
~1.027 |
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Temp:
27°
C |
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pH:
8.3 - 8.7 |
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Sr:
30 |
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NO2:
0 |
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NO3:
5 |
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PO4:
0.01 |
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Iodine:
0.06 |
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The filtration system
is based upon the Berlin Method, and therefore contains 120
kg of live rock-of which 70 kg is from Fiji and the other
50 kg is from a previous aquarium. The main sump is made of
glass and measures 90 x 60 x 37 cm (L x W x H). This year,
I installed a second sump measuring 35 x 50 x 50 cm (L x W
x H), loaded with live rock, a slow moving current and a bare
bottom. Inside the main sump are two do-it-yourself skimmers,
three return pumps (two are 3,400 l/h and one is 2,200 l/h)
and an oxygenation system to reduce possible CO2
buildup. Additionally, there are two filter socks on the incoming
lines from the tank.
The overflow is externally located on the back part of the
tank. The unused space in the overflow contains around 40
kg of live rock. Water movement is managed entirely by a Tunze
Multicontroller with two Tunze Stream 6100's (I tend to prefer
German equipment).
Lighting:
The lighting is comprised of three
400-watt XM 10,000 K HQI bulbs powered by an IceCap electronic
ballast and two 80-watt T5 lamps controlled by an electronic
dimmer located on the IKS controller (to simulate sunrise/sunset).
In addition to that, blue LED's are used for moonlights and
help simulate the lunar cycles.
Other Equipment:
Outside the tank: a calcium reactor
with 25 kg of crushed coral (Jumbo), and a kalkwasser reactor
for restoring the evaporated water (around 30 liters a day).
The kalk reactor and magnesium reactor are both controlled
by the IKS controller. There is also an Aqua Medic 2,000 l/h
chiller and a UV-C sterilizer supplying two pre-filters. Currently,
I am in the process of modifying the chiller system so that
it matches the homemade version of Francesco Bunicich (Fra2).
Tank management is controlled by nine timers, an IKS computer
and a Simmod IKS for controlling sunrise/sunset. The IKS controller
uses the following probes: temperature, redox, salinity as
well as three pH probes.
On the balcony I constructed a "camouflaged" structure
(below) with a covering identical to the condominium. Inside,
I positioned the equipment to produce plankton, such as rotifers
and some new macroalgae, to the inside of my reactor with
a magnetic stirrer. For the phytoplankton, however, I only
use a simple tube for aeration. The external tank is connected
to the main aquarium and is used as a coral fragment grow-out
tank. This is by far the part of the tank that brings me the
most joy. The natural light gives the corals exceptional colors
and remarkable growth-as well as allowing for a wide array
of micro fauna inside the tank.
Maintenance:
On average, I change 50 liters of
water every two to three months, prepared with Preis
salt. About every 15 days, I clean the pre-filters and
the UV sterilizer bulb.
Additives:
The only products actually used are:
Tropic Marin brand Iodine and Strontium, and "pappone"
(the Blu Coral method's food) every two days in conjunction
with amino acids and omega 3 fatty acids.
Observations:
This aquarium is the result of 10
years of prior experience, in which I experimented with various
solutions that I could put into action when designing this
system. The main criterion in this system's design was primarily
to not have any equipment in view. With this system I am free
of the classic problems that one would typically encounter
with a tank of this size. I am able to reach every major or
minor part of the tank for regular maintenance of the pumps,
equipment and plumbing.
You all know very well that when you have an aquarium in
the house, it causes noise, odors and raises humidity. These,
in time, can create problems. I searched for a way, therefore,
to minimize these particular annoyances, and a way to isolate
and send the extra humidity outside.
I took great care with the safety of the plumbing system
in order to prevent eventual breaks or leaks. The security
of the electrical system was of prime importance for me, especially
in an aquarium where this is always water-an optimal conductor
of electricity. I found a convenient and secure way to separate
the electrical wiring (all cables and wiring watertight) to
keep the aquarium separate from the rest of the wiring of
the house, and I even installed a separate distribution board
for the system.
I am sure that if one reaches an equilibrium similar to that
of nature that the fish, shrimp and snails will reproduce
in cycles, creating food for the other inhabitants of the
tank-a sort of mini food-chain. The corals and the clams all
grow before my very eyes, and I am fortunate to often provide
coral fragments to my friends.
The corals even grow in a natural manner thanks to the distribution
of the water current by the pumps. While it is difficult to
accurately measure the species' growth and diversity present
in my tank, I am able to determine with certainty that the
easiest to grow corals such as A. nobilis, A. millepora
etc., grow approximately two to three centimeters per month.
Inhabitants:
Corals:
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Pavona
cactus
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Acantastrea
echinata
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Seriatopora
histrix
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Seriatopora
caliendrum
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Euphyllia
ancora
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Euphyllia
paradivisa
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Pachyseris
rugosa
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Scolymia
sp.
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Turbinaria
reniformis
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Acropora
anthocercis
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Acropora
willisae
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Acropora
cervicornis
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Acropora
formosa
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Acropora
millepora
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Acropora
nana
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Acropora
abrotanoides
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Acropora
grandis
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Acropora
turaki
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Acropora
efflorescens
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Acropora
nobilis
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Montipora
digitata
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Montipora
stellata
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Montipora
samarensis
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Montipora
foliose
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Montipora
confusa
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Fish:
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1 Zebrasoma xanthurum
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1
Zebrasoma flavescens
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1
Paracanthurus hepatus
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3
Crisiptera parasema
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2
Amphiprion ocellaris
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4
Chromis sp.
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2
Dascyllus sp.
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Invertebrates:
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4
Tridacna sp.
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4
Calcinus sp.
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2
Lysmata amboinensis
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2
Lysmata amboinensis
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2
Stenopus hispidus
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Final Thoughts:
In conclusion, I would like to thank
all of the members of Reef Central, the readers of Reefkeeping
Magazine, and in particular I would like to thank (from
the bottom of my heart) Reef Italia, the Italian Reef Community
www.reefitalia.net
that helped me put this article together.
Article by Alberto Santilli, Fra2, Ocean
Drive. Photography by Pietro Cremone (Dirk), coral identification
by Leo Bisck from Florence, and translation by Thomas DiRocco
(DarkXerox).
Feel free to comment
or ask questions about my tank in the Tank of the Month
thread
on Reef Central.
If you'd like
to nominate a tank for Tank of the Month, click here
or use the button to the right.
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