A system may include a water storage tank configured to at least temporarily store an amount of water in an enclosed interior section and a mixing system. The mixing system may include an intake conduit having at least a portion positioned in the interior section to withdraw water from the lower por
A system may include a water storage tank configured to at least temporarily store an amount of water in an enclosed interior section and a mixing system. The mixing system may include an intake conduit having at least a portion positioned in the interior section to withdraw water from the lower portion of the water storage tank. A pump system may have an intake section and a discharge section, the intake section being coupled to the intake conduit. A discharge conduit may be coupled to the discharge section of the pump system. A discharge fixture may be positioned in the interior section and may include a plurality of discharge holes configured to spray water from the discharge conduit into the water storage tank so as to mix at least a portion of water inside the water storage tank.
대표청구항▼
1. A system comprising: a water storage tank configured to at least temporarily store an amount of water in an enclosed interior section, the water storage tank including: a ladder comprising a pair of longitudinally extending side rails and a plurality of rungs between the pair of longitudinally ex
1. A system comprising: a water storage tank configured to at least temporarily store an amount of water in an enclosed interior section, the water storage tank including: a ladder comprising a pair of longitudinally extending side rails and a plurality of rungs between the pair of longitudinally extending side rails, the ladder being sized and dimensioned for a user to climb up or down thereon; anda ladder support structure mounted to an interior surface of the water storage tank and supporting the ladder thereon; anda mixing system including: an intake conduit having at least a portion positioned in the interior section to withdraw water from a lower portion of the water storage tank;a pump system having an intake section and a discharge section, the intake section coupled to the intake conduit;a discharge conduit coupled to the discharge section of the pump system; anda discharge fixture positioned in the interior section and having a plurality of portions branching from a connection to the discharge conduit, each of the portions including a plurality of discharge holes configured to spray water from the discharge conduit into the water storage tank so as to mix at least a portion of water inside the water storage tank,wherein the plurality of discharge holes extend along a length of the discharge fixture, and wherein the discharge fixture is attached to the ladder or the ladder support structure at a plurality of locations between the plurality of discharge holes. 2. The system of claim 1, wherein the discharge fixture comprises one or more pipe segments vertically extending along at least a portion of an interior height of the water storage tank, and wherein the plurality of discharge holes are positioned on the one or more pipe segments. 3. The system of claim 2, further comprising a top end cap including a plurality of end cap discharge holes configured to discharge spray upwards in the water storage tank. 4. The system of claim 2, wherein the discharge conduit further comprises a tee and the discharge fixture extends upward from the tee and downward from the tee. 5. The system of claim 1, wherein the pump system includes a pump motor located exterior to the water storage tank and wherein a portion of the intake conduit and a portion of the discharge conduit extend outside the water storage tank via ports located on the water storage tank. 6. The system of claim 1, wherein the water storage tank comprises a catwalk on an exterior section of the water storage tank and wherein the pump system includes a pump motor positioned on the catwalk. 7. A method for installing a mixing system for a water tank comprising: installing a pump system on a catwalk on an exterior portion of an existing water tank, wherein the water tank is elevated on a tower, and wherein installing the pump system includes attaching an external component of the pump system to the catwalk;forming a hole comprising an intake port and a hole comprising a discharge port in a side wall of the water tank;connecting an intake conduit to an intake section of the pump system, wherein the intake conduit includes or passes through the intake port;connecting a discharge conduit to a discharge section of the pump system, wherein the discharge conduit includes or passes through the discharge port;coupling a discharge fixture to the discharge conduit in an interior portion of the water tank above the intake conduit, the discharge conduit having a plurality of portions branching from a connection to the discharge conduit, each of the portions having a plurality of discharge holes such that, when the water tank is at least partially filled with water and when the pump system is operating, the plurality of discharge holes eject water into the water tank so as to mix at least a portion of the water in the water tank; andattaching the discharge fixture to an interior component of the water tank, wherein the discharge fixture is attached to the interior component of the water tank at a plurality of positions along a length of the discharge fixture and between the plurality of discharge holes,wherein attaching the discharge fixture to an interior component of the water tank includes: affixing magnetically-affixable support brackets to an interior side wall of the water tank; andsecuring portions of the discharge fixture to the magnetically-affixable support brackets. 8. The method of claim 7, wherein the hole comprising the intake port and the hole comprising the discharge port are formed in the side wall of the water tank at or above a vertical level of a catwalk on the exterior portion of the water tank. 9. The method of claim 7, further comprising securing the discharge fixture to the interior component of the water tank extending along at least a portion of a vertical height of the water tank. 10. The method of claim 9, wherein the interior component is a ladder support structure. 11. The method of claim 7, wherein attaching the discharge fixture to an interior component of the water tank includes securing the discharge fixture horizontally along at least a portion of an inner periphery of the water tank. 12. The method of claim 7, wherein installing the pump system includes attaching a pump motor on a catwalk of the water tank. 13. A system comprising: a water storage tank elevated on a tower and configured to at least temporarily store an amount of water in an enclosed interior section, wherein the water storage tank includes an intake port and a discharge port, each of the intake port and the discharge port comprising a hole formed in a side wall of the water storage tank;a mixing system including: an intake conduit configured to withdraw water from a lower portion of the water storage tank;a pump system having a pump section, an intake section and a discharge section, wherein the pump section is installed on a catwalk on an exterior portion of the water storage tank, wherein the intake section passes through the intake port and is coupled to the intake conduit, and wherein the discharge section passes through the discharge port;a discharge fixture coupled to the discharge section of the pump system and extending continuously in a horizontal direction along at least a majority of an inner periphery of the water storage tank, the discharge fixture including a plurality of discharges holes configured to spray water from the discharge fixture into the water storage tank in a radially inward direction and an upward direction so as to mix at least a portion of water inside the water storage tank; anda plurality of magnetically-affixable support brackets attaching the discharge fixture to an interior wall of the water storage tank at a plurality of positions along a length of the discharge fixture and between the plurality of discharge holes,wherein each of the plurality of magnetically-affixable support brackets is affixed to a portion of the interior wall of the water storage tank and secures a portion of the discharge fixture thereon so as to attach the portion of the discharge fixture to the interior wall of the water storage tank. 14. The system of claim 13, wherein the plurality of discharge holes are positioned on upper and side portions of the discharge fixture to spray water in the radially inward direction and the upward direction in the water storage tank. 15. The system of claim 13, wherein the discharge fixture extends fully around the inner periphery of the water storage tank.
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