| Big Bins |
|
|
|
|
|
|
|
|
|
|
| Sterilizzatore a raggi U.V. |
|
|
|
|
|
|
|
|
|
|
|
| Request information |
Want to receive more information about this product? Contact us at:
Tel. +39 0541 691012
info@tecnoimpianti-riccione.com
|
| |
|
|
Products / Molluscs /
Big bins |
Innovative closed circuit Bins system for the purification of molluscs. It can be developed in height for over 3 rows of Bins, thanks to the water loading-draining system which is independent for each single Bin.
Ventilation system that can oxygenate the water in a strong, homogeneous and noiseless way, KEEPING THE MOLLUSCS ALIVE AND VITAL.
The surface suspension and the subsequent elimination of micro impurities, albumins and foams are other important results that can be achieved through the skimmer's action.
Filtering system with active calcareous sand, which is developed in modular Bins. On request: filtering system with cylinders.
Cleaning and maintenance can be carried out isolating each single Bin, without the need of switching off the whole plant.
The great flexibility of the modular production allows to increase the number of Bins at very reasonable prices
THE SYSTEM CAN ALWAYS BE USED TOTALLY OR PARTIALLY, ACCORDING TO THE NEEDS.
|
| Specifications |
- Power: 380 V.
-
Cooling unit with ecological gas compressor
-
Titanium evaporator
-
Control board of the technical equipment with digital display thermostat
-
PVC hydraulic plant
-
Corrosion-resistant centrifugal pump.
- UV-rays sterilisation plant with Teflon pipes.
- Ozone plant for the elimination of germs (optional).
- Protein skimmer
- Electrical system with fireproof cables in accordance with the law.
- Active coal filter
- Pre-filtering system
- Seaweed biological filter (with Lithothamnium calcareum seaweed) with modular bins or filtering cylinders.
- Tank for water storing (cost to be charged to customer).
|
The new technology
This is a closed circuit purification plant used to purify and keep alive and lively the molluscs and it has the peculiar modular form. It is made up of a series of plastic containers, called BINS that are connected to each other in a manner that allows to develop the plant in height, length and depth without any limit.
Solution A:
Every plastic container (BIN) is constituted as follows: in the lower part there is a stainless steel grid on which the molluscs rest. Under this grid, through a quick coupling, a mixture of air and water is introduced.
This mixture is introduced with a light pressure into the BINS, and, thanks to the little holes that are present in the grid, it follows a bottom-up way inside the BINS causing the mixture of the water that is therefore aerated and purified. In this way the impurities are suspended in the water and the drain pipe in the BIN makes them flow away with the waste water.
Solution B:
Water supply to the BINS , falls like a shower; a pneumatic switch that turns on and cuts off the flow of water inside the upper BINS (the first, flowing from the top row of overlapping BINS ).
The water spills over into the BINS underneath, until it reaches the waste water tank.
The impurities go to the single waste pipe of the BIN either directly to the main drain pipe or to the waste pipe of the lower BIN, without slightly contaminating the contents of the BIN below. The water with the impurities is conveyed to the filtering system, which is made up of various steps: pre-filtering, skimmering, filtering, cooling. After this process, the water is disinfected through a UV-C rays sterilizer and is afterwards put into circulation again. The water flowing in every single BIN is guaranteed by a sluice gate that is connected to the BIN through a quick coupling.
There is another pipe connected to the coupling pipe, it is the air intake that enables the water to mix with air before going into the BIN, thanks to the "Venturi effect". Every single BIN can be isolated from the rest of the plant by simply shutting down its sluice gate and disconnecting the quick coupling. The isolated BIN can be removed from its housing by means of a lift truck, it can be emptied of its contents, filled with molluscs again, and reconnected to the purification plant. Moreover, the BINS can be entirely emptied also through the drain holes put at the base of the waste pipe.
These holes make it possible for the water that remained on the bottom of one of the BINS to pass down to the waste pipe of the lower BIN and in so doing to be conveyed to the gathering channels in order to be recycled. This function is particularly favourable, above all for those plants placed far away from the sea and with difficult access to seawater. |
|
