Methods and apparatus for delivery system for water enhancements
A delivery system for water enhancements according to various aspects of the present invention is configured to provide a controlled amount of a water enhancement to a water supply. In one embodiment, the delivery system comprises an enhancing device that operates under pressure to provide a controlled rate of diffusion of an enhancing element into the water supply to form an enhanced water supply for use or consumption. The delivery system may also be configured to buffer the enhanced water supply prior to use or consumption.
1. A water enhancement apparatus for an incoming water supply, comprising:
a housing comprising a first end portion and a second end portion defining a sealed internal volume there between, wherein the housing is configured to contain a water soluble enhancement element within the sealed internal volume for providing an enhanced water supply; and
a water conduit disposed within the sealed internal volume and configured to couple to the incoming water supply, wherein the water conduit comprises:
a sealed conduit section extending between the first end portion and the second end portion;
a fluid communication section disposed along a portion of the sealed conduit section, wherein the fluid communication section is configured to allow fluid communication between the sealed internal volume and the water conduit;
an inlet end coupled to the first end portion and configured to receive the incoming water supply; and
an outlet end coupled to the second end portion and configured to convey the enhanced water supply away from the sealed housing,
a buffering system coupled to the first and second end portions of the housing, wherein the buffering system is configured to increase a pH level of the incoming water supply and the enhanced water supply;
a storage tank coupled to the buffering system and the first end of the housing;
a first check valve coupled to the second end of the housing and configured to prevent the enhanced water supply from backflowing into the incoming water supply;
a second check valve coupled to the buffering system and configured to allow buffered water to enter the storage tank; and
a third check valve coupled to the first end of the housing and configured to allow buffered water to flow into the inlet end of the water conduit.
2. A water enhancement apparatus according to claim 1 , wherein the fluid communication section comprises a port configured to allow bi-directional fluid communication between the sealed internal volume and the water conduit.
3. A water enhancement apparatus according to claim 2 , wherein the port is configured to control a solution level of the enhanced water supply.
4. A water enhancement apparatus according to claim 3 , wherein:
the water soluble enhancement element comprises vitamin C; and
the port is configured to provide a solution level of approximately 50 to approximately 400 milligrams per liter of enhanced water supply to enter the water conduit.
5. A water enhancement apparatus according to claim 2 , wherein the water soluble enhancement element comprises a water purifier adapted to convert non-potable water into potable water.
6. A water enhancement apparatus according to claim 1 , wherein the buffering system is adapted to buffer the incoming water supply to a pH level of approximately 6.5 to approximately 8.0.
7. A water enhancement apparatus according to claim 1 , further comprising a back pressure generating device configured to generate a back pressure on the outlet end of the water conduit.
8. A water enhancement system for enhancing an incoming water supply line from a reverse osmosis water purifying device, comprising:
a buffering device comprising:
an inlet end coupled to receive a water flow from the incoming water supply line and an enhanced water line;
an outlet end coupled to convey the water flow to an outlet water line; and
a buffering element disposed between the inlet end and the outlet end, wherein the buffering element is configured to increase a pH level of the water flow prior to the water passing through the outlet end; and
an enhancing device comprising:
a housing defining a sealed internal volume, wherein the housing is configured to contain a water soluble enhancement element for providing an enhanced water supply;
a receiving end disposed at a first end portion of the housing and configured to receive the water flow from the buffering device;
an enhancement end disposed at a second end portion of the housing and configured to convey the enhanced water supply to the enhanced water line;
a water conduit extending between the receiving end and the enhancement end within the sealed internal volume, wherein the water conduit comprises a sealed conduit section configured to provide:
a fluid flow path between the receiving end and the enhancement end for the water flow; and
fluid communication between the sealed internal volume and the water conduit;
a storage tank coupled to the buffering device and the enhancing device;
a first check valve coupled to the dual communication end of the enhancing device and configured to prevent the enhanced water supply from backflowing into the incoming water supply line;
a second check valve coupled to the buffering device and configured to allow buffered water to enter the storage tank; and
a third check valve coupled to the receiving end of the enhancing device and configured to allow buffered water from the buffering device and the storage tank to flow into the receiving end of the enhancing device.
9. A water enhancement system according to claim 8 , wherein the sealed conduit section comprises a fluid communication section configured to allow bi-directional fluid communication between the sealed internal volume and the water conduit.
10. A water enhancement system according to claim 9 , wherein the fluid communication section is configured to control a solution level of the enhanced water supply.
11. A water enhancement apparatus according to claim 10 , wherein:
the water soluble enhancement element comprises vitamin C; and
the fluid communication section is configured to provide a solution level of approximately 50 to approximately 400 milligrams per liter of enhanced water supply to enter the water conduit.
12. A water enhancement system according to claim 8 , wherein the enhancement end is further coupled to receive the water flow from the incoming water supply line.
13. A water enhancement system according to claim 8 , wherein the buffering system is adapted to buffer the incoming water supply to a pH level of approximately 6.5 to approximately 8.0.