A multi-layered aquaponics system used for cultivation has a fish tank, at least one layer of a grow bed adapted to support growth of at least one variety of plant in a direction substantially vertical to a plane of a backing element of the layer, a growth light system having at least one LED growth
A multi-layered aquaponics system used for cultivation has a fish tank, at least one layer of a grow bed adapted to support growth of at least one variety of plant in a direction substantially vertical to a plane of a backing element of the layer, a growth light system having at least one LED growth-light fixture disposed above the grow bed, a water supply system having a water circulation loop, and an aeration system without a power source. The aeration system includes a standpipe inside the layers of grow beds and a plurality of bell siphons positioned within the standpipe and connected to a water drainpipe.
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1. A multi-layered aquaponics system used for vertical cultivation on a ground surface, the multi-layered aquaponics system comprising: a fish tank positioned at a lowest level so as to touch a ground surface;at least one layer of a grow bed adapted to support growth of at least one variety of plant
1. A multi-layered aquaponics system used for vertical cultivation on a ground surface, the multi-layered aquaponics system comprising: a fish tank positioned at a lowest level so as to touch a ground surface;at least one layer of a grow bed adapted to support growth of at least one variety of plant in a direction substantially vertical to a plane of a backing element of the layer;a growth light system having at least one LED growth light fixture disposed above said at least one layer of grow bed;a water supply system defining a water circulation loop; andan aeration system without a power source, said aeration system comprising: a standpipe arranged inside of said at least one layer of grow bed, said standpipe adapted to collect an overflow of water; anda plurality of bell siphons positioned within said standpipe and connected to a vertically-deployed water drain pipe, said plurality of bell siphons adapted to automatically streamline the water to said fish tank at pre-determined regular intervals, wherein said plurality of siphons are vertically aligned with each other. 2. The multi-layered aquaponics system of claim 1, wherein said at least one layer of the grow bed has a tray adapted to retain the water, said tray supporting at least one container so as to retain a growing medium for the plant. 3. The multi-layered aquaponics system of claim 1, wherein said at least one layer of the grow bed has a tray adapted to retain the water, said tray supporting at least one container, the multi-layered aquaponics system further comprising: a growing medium in the at least one container, the growing medium selected from the group consisting of hydroton, black cinder, and a blend thereof. 4. The multi-layered aquaponics system of claim 1, said water supply system comprising: a submersible pump positioned with said fish tank so as to pump water from a water source in said fish tank;a water supply pipe extending vertically along one side of said fish tank and in said at least one layer of the grow bed so as to carry water pumped by said submersible pump to roots of the plant, said water drain pipe deployed vertically along an opposite side of said fish tank and in said at least one layer of the grow bed so as to collect overflow water and to stream the overflow water into said fish tank. 5. Canadian associates A multi-layered aquaponics system used for vertical cultivation on a ground surface, the multi-layered aquaponics system comprising: a fish tank positioned at a lowest level so as to touch a ground surface;at least one layer of a grow bed adapted to support growth of at least one variety of plant in a direction substantially vertical to a plane of a backing element of the layer;a growth light system having at least one LED growth light fixture disposed above said at least one layer of grow bed;a water supply system defining a water circulation loop; andan aeration system without a power source, said aeration system comprising: a standpipe arranged inside of said at least one layer of grow bed, said standpipe adapted to collect an overflow of water; anda plurality of bell siphons positioned within said standpipe and connected to a vertically-deployed water drain pipe, said plurality of bell siphons adapted to automatically streamline the water to said fish tank at pre-determined regular intervals, said at least one layer of the grow bed comprising a plurality of layers of grow beds, said plurality of siphons respectively positioned in said plurality of layers of grow beds except for the grow bed immediately above said fish tank, said plurality of bell siphons being connected to said vertically-deployed drain pipe, the grow bed immediately above said fish tank having another bell siphon that is connected to another water drain pipe. 6. The multi-layered aquaponics system of claim 5, each of the plurality of layers of grow beds having a height of 100 millimeters, the LED growth light fixture having a height of 50 millimeters, a distance between the layer of grow bed and the LED growth light fixture being 300 millimeters. 7. The multi-layered aquaponics system of claim 5, said fish tank having a width of 1500 millimeters, each of said plurality of layers of grow bed having a width of 1500 millimeters. 8. The multi-layered aquaponics system of claim 5, a distance from a lower layer of grow bed to a bottom of said fish tank being 900 millimeters, said plurality of layers of grow beds being four layers of grow beds, the multi-layered aquaponics system having a height of 2500 millimeters. 9. The multi-layered aquaponics system of claim 5, said fish tank having a width of greater than 1500 millimeters, a distance from a lowest layer of grow bed to a bottom of said fish tank being greater than 900 millimeters, the multi-layered aquaponics system having a height at greater than 2500 millimeters. 10. The multi-layered aquaponics system of claim 5, said fish tank having a width of greater than 1500 millimeters, a distance from a lowest layer of grow bed to a bottom of said fish tank being 900 millimeters, said plurality of layers of grow bed being more than four layers of grow beds, the multi-layer aquaponics system having a height of greater than 2500 millimeters.
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