Integrated bulk fluids management system
Modular storage and controlled outflow systems for controlling a flow of water and methods of assembly of modular storage and controlled outflow systems having indirect flow of water through the system. Modular systems for controlling a flow of water having beams extending across the modules to direct the flow of water in an indirect manner or a serpentine or semi-serpentine manner. Modular storage and controlled outflow systems for treatment and filtration of water.
1. A modular system for controlling a flow of water comprising:
a plurality of modules, at least some of the plurality of modules comprising a horizontal deck supported by four vertical members, each of the four vertical members having a bottom edge, the plurality of modules being arranged in a grid having an x-axis and a y-axis, the plurality of modules forming:
one or more longitudinal channels, the one or more longitudinal channels being defined in the direction along the y-axis of the modular system, and
one or more lateral channels, the one or more lateral channels being defined in the direction along the x-axis of the modular system,
wherein at least some of the plurality of modules have at least one beam extending across from one of the vertical members to another one of the vertical members of one of the modules, wherein the at least one beam extends partially upwards from the bottom edge of the one of the four vertical members towards the horizontal deck thereby creating a window, wherein the at least one beam is non-perforate to the flow of water,
wherein the at least one beam has a vertical height and wherein the at least one beam directs the flow of the water when the water is below the top of the vertical height of the beam, and
wherein the modular system controls the flow of the water in an indirect path.
2. The modular system of claim 1 , wherein the system provides for uninterrupted flow along the one or more of the longitudinal channels, when the level of the water is below the top of the vertical height of the at least one beam.
3. The modular system of claim 1 , wherein the system provides for uninterrupted flow along the one or more of the lateral channels, when the level of the water is below the top of the vertical height of the at least one beam.
4. The modular system of claim 1 , further comprising a porous surface, the plurality of modules being located on the porous surface.
5. The modular system of claim 1 , further comprising a nonporous surface, the plurality of modules being located on the nonporous surface.
6. A modular system for controlling a flow of water comprising:
a plurality of modules, at least some of the plurality of modules comprising a horizontal deck supported by four vertical members, the plurality of modules being arranged in a grid having an x-axis and a y-axis, the plurality of modules forming:
one or more longitudinal channels, the one or more longitudinal channels being defined in the direction along the y-axis of the modular system, and
one or more lateral channels, the one or more lateral channels being defined in the direction along the x-axis of the modular system,
wherein the modular system provides for serpentine flow through the longitudinal and lateral channels,
wherein the serpentine flow is created by a plurality of horizontal beams that direct the flow of the water when the level of the water is below the top of the vertical height of each of the plurality of horizontal beams,
wherein the plurality of horizontal beams are non-perforate to the flow of water.
7. A method for controlling a flow of water in a modular system comprising:
providing a plurality of modules, each of the plurality of modules comprising:
a horizontal deck supported by four vertical members, the plurality of modules being arranged in a grid having an x-axis and a y-axis,
the plurality of modules forming one or more longitudinal channels, the one or more longitudinal channels being defined in the direction along the y-axis of the modular system,
one or more lateral channels, the one or more lateral channels being defined in the direction along the x-axis of the modular system,
wherein the at least some of the plurality of modules have at least one beam extending from one of the four vertical members to another one of the four vertical members, wherein the at least one beam extends partially upwards from the bottom edge of the one of the four vertical members towards the horizontal deck thereby creating a window, wherein the at least one beam is non-perforate to the flow of water; and
inserting the water into the plurality of modules by natural or artificial means, wherein the water is directed through the system by the at least one beam in the plurality of modules, wherein the at least one beam directs the flow of the water when the water is below the vertical height of the beam.
8. The method of claim 7 , wherein the water is routed through the modular system in a serpentine manner.