High Efficiency Water Distillation Apparatus Using a Heat Pump System and Process for Use Thereof

1. A water distillation apparatus using a heat pump system with refrigerant comprising: a) heat pumping apparatus including: (1) a refrigerant conduit means for carrying refrigerant therein; (2) a liquid receiver means for accumulating refrigerant therein in liquid phase; (3) an expansion valve means operatively connected to said refrigerant conduit means for expanding refrigerant received from said liquid receiver means; (4) a refrigerant evaporator means operatively connected to said refrigerant conduit means for receiving refrigerant from said expansion valve means for vaporizing thereof; (5) a compressor means operatively connected to said refrigerant conduit means for compressing refrigerant vapor received from said refrigerant evaporator means; (6) a refrigerant condensing means for receiving compressed refrigerant vapor from said compressor means for condensing thereof into liquid phase for accumulation within said liquid receiver means; and b) a water distillation means including: (1) a feed water supply means defining an inlet end thereof to provide a supply of feed water; (2) a water evaporator means for receiving water through said feed water supply line means, said water evaporator means being operatively positioned in thermal communication with said refrigerant condensing means for receiving heat therefrom for vaporization of the feed water passing through said water evaporator means, said water evaporator means heating the feed water to the saturation temperature thereof for achieving vaporization thereof by boiling; (3) a water pre-heating means positioned within the feed water for pre-heating thereof prior to exit of feed water from said water evaporator means for facilitating heating of the feed water to saturation temperature thereof to achieve vaporization thereof by boiling; (4) a water condenser means for receiving the vaporized water from said water evaporator means, said water condenser means being operatively positioned in thermal communication with said refrigerant evaporator means for cooling therefrom to facilitate condensation of vaporized feed water within said water condenser means; (5) a primary blow down contaminant removal means operatively connected to said water evaporator means for receiving contaminants and impurities accumulated therein from feed water supplied to said water evaporator means; (6) a secondary contaminant removal means for receiving the vaporized feed water from said water evaporator means for removal of contaminants therefrom, said secondary contaminant removal means supplying purified water vapor to said water condensing means; and (7) a water exit line in fluid flow communication with said water condenser means for conveying distilled water therefrom.

2. A water distillation apparatus using a heat pump system as defined in claim 1 further comprising a heat reclaiming means positioned within said feed water supply line means between said inlet end and said water pre-heating means, said heat reclaiming means being in thermal communication with said primary blow down contaminant removal means for receiving heat from materials removed by said primary blow down contaminant removal means for heating of feed water passing through said heat reclaiming means prior to entry thereof in said water pre-heating means.

3. A water distillation apparatus using a heat pump system as defined in claim 1 wherein said secondary contaminant removal means comprises a baffle means for removing particulate contaminants and liquid water droplets from vaporized water passing therethrough.

4. A water distillation apparatus using a heat pump system as defined in claim 1 further comprising a heat reclaiming means positioned within said feed water supply line means between said inlet end and said water pre-heating means, said heat reclaiming means being in thermal communication with said secondary contaminant removal means for receiving heat from materials removed by said secondary contaminant removal means for heating of feed water passing through said heat reclaiming means prior to entry thereof in said water pre-heating means.

5. A water distillation apparatus using a heat pump system as defined in claim 1 wherein said secondary contaminant removal means comprises a baffle means providing a plurality of surfaces over which the water vapor is passed to remove particulate contaminants and water droplets therefrom.

6. A water distillation apparatus using a heat pump system as defined in claim 1 wherein said heat pumping apparatus includes a sight glass means positioned within said refrigerant conduit means between said liquid receiver means and said expansion valve means.

7. A water distillation apparatus using a heat pump system as defined in claim 1 wherein said heat pumping apparatus includes a filter-dryer means positioned within said refrigerant conduit means between said liquid receiver means and said expansion valve means.

8. A water distillation apparatus using a heat pump system as defined in claim 1 wherein said heat pumping apparatus includes an evaporator pressure regulator positioned within said refrigerant conduit means between said refrigerant evaporating means and said compressor means for restricting the evaporation of refrigerant to occur at approximately 180 degrees Fahrenheit.

9. A water distillation apparatus using a heat pump system as defined in claim 1 wherein said heat pumping apparatus further includes an oil separator means positioned within said refrigerant conduit means between said compressor means and said refrigerant condensing means.

10. A water distillation apparatus using a heat pump system with refrigerant comprising: a) heat pumping apparatus comprising: (1) refrigerant conduit means for carrying refrigerant therein; (2) a liquid receiver means for accumulating refrigerant therein in liquid phase; (3an expansion valve means operatively connected to said refrigerant conduit means for expanding refrigerant received from said liquid receiver means; (4) a refrigerant evaporator means operatively connected to said refrigerant conduit means for receiving refrigerant from said expansion valve means; (5) a compressor means operatively connected to said refrigerant conduit means for compressing refrigerant vapor received from said refrigerant evaporator means; (6) an evaporator pressure regulator positioned within said refrigerant conduit means between said refrigerant evaporating means and said compressor means for restricting the evaporation of refrigerant to occur at approximately 180 degrees Fahrenheit; (7) a refrigerant condensing means for receiving compressed refrigerant vapor from said compressor means for condensing thereof into liquid phase at approximately 225 degrees Fahrenheit for accumulation within said liquid receiver means; a visual indication means positioned within said refrigerant conduit means between said liquid receiver means and said expansion valve means; (9) a filter-dryer means positioned within said refrigerant conduit means between said liquid receiver means and said expansion valve means; (10) an oil separator means positioned within said refrigerant conduit means between said compressor means and said refrigerant condensing means; b) a water distillation means comprising: p2 (1) a feed water supply line means defining an inlet end thereof for providing a supply of feed water; (2) a water evaporator means for receiving water through said feed water supply line means, said water evaporator means being operative at a level of at least one atmosphere of barometric pressure, said water evaporator means being operatively positioned in thermal communication with said refrigerant condensing means for receiving heat therefrom for vaporization of the feed water passing through said water evaporator means, said water evaporator means heating the feed water to the saturation temperature at a pressure at least as great as atmospheric pressure for achieving vaporization thereof by boiling; (3) a water pre-heating means positioned within the feed water for heating thereof to approximately 150 degree Fahrenheit prior to entry of feed water into said water evaporator means for facilitating heating of the feed water to saturation temperature at a pressure at least as great as atmospheric pressure to achieve vaporization thereof by boiling; (4) a primary contaminant removal means operatively connected to said water evaporator means for receiving contaminants and impurities accumulated therein from feed water supplied to said water evaporator means, said primary contaminant removal means comprising a blow down removal means for receiving contaminants and impurities from water within said water evaporator means; (5) a secondary contaminant removal means for receiving the vaporized feed water from said water evaporator means for removal of contaminants therefrom, said secondary contaminant removal means comprising a baffle means providing a plurality of surfaces over which the water vapor therein passes to remove particulate contaminants and water droplets therefrom; (6) a heat reclaiming means positioned within said feed water supply line means between said inlet end thereof and said water pre-heating means, said heat reclaiming means being in thermal communication with said primary and said secondary contaminant removal means for receiving heat from materials removed by said primary and said secondary contaminant removal means for heating of feed water passing through said heat reclaiming means prior to entry thereof in said water pre-heating means; (7) a water condenser means for receiving the vaporized water from said secondary contaminant removal means, said water condenser means being operatively positioned in thermal communication with said refrigerant evaporator means to be cooled therefrom to facilitate condensation of vaporized feed water within said water condenser means at approximately 180 degrees Fahrenheit; and (8) a water exit line in fluid flow communication with said water condenser means for conveying distilled water therefrom.

11. A water distillation process using a heat pump system comprising: a) accumulating of liquid refrigerant within a receiver; b) expanding of liquid refrigerant from the receiver after accumulation therein; c) vaporizing of the expanded refrigerant within a refrigerant evaporator; d) compressing of the vaporized refrigerant by a compressor; e) condensing of the compressed refrigerant vapor within a refrigerant condenser; f) returning of the condensed liquid refrigerant for accumulation within the receiver; g) providing a supply of feed water to a pre-heating means; h) pre-heating of the feed water to an elevated temperature; i) positioning to water evaporator in thermal communication with the refrigerant condenser to receiver heat therefrom; j) conveying of the pre-heating feed water within a water evaporator; k) heating of the feed water within the water evaporator to the saturation temperature thereof for vaporizing thereby by boiling, said heating of the feed water being facilitated by heat received from the refrigerant condenser; l) blow down removing of primary contaminants and impurities from feed water located within the water evaporator to facilitate purification thereof; m) conveying of the boiled water vapor from the water evaporator to a water condenser; n) positioning the water condenser in thermal communication with the refrigerant evaporator to facilitate heat flow therebetween; o) condensing of the vaporized and purified water within a water condenser facilitated by cooling of the water condenser by the refrigerant evaporator; p) conveying of the condensed purified distilled water from the water condenser; and q) removing of secondary contaminants and impurities from the boiled water vapor being conveyed from the water evaporator to the water condenser.

12. A water distillation process using a heat pump system as defined in claim 11 wherein transferring of heat from the refrigerant condenser to the water evaporator provides all the heat necessary to boil the pre-heated feed water supplied to the water evaporator.

13. A water distillation process using a heat pump system as defined in claim 11 wherein the transferring of heat from the water condenser to the refrigerant evaporator provides sufficient cooling of the water condenser for condensing of the boiled water vapor supplied thereto.

14. A water distillation process using a heat pump system as defined in claim 11 further including reclaiming of heat from the removed primary contaminants and impurities by transfer of the heat thereof into the feed water prior to heating thereof within the water evaporator.

15. A water distillation process using a heat pump system as defined in claim 11 wherein said removing of secondary contaminants and impurities comprises passing of the water vapor across a plurality of baffle means for removing particulate contaminants and liquid water droplets therefrom.

16. A water distillation process using a heat pump system as defined in claim 11 further including reclaiming of heat from the removed secondary contaminants and impurities by transfer of the heat thereof into the feed water prior to heating thereof within the water evaporator.

17. A water distillation process using a heat pump system as defined in claim 11 wherein said pre-heating elevates the feed water temperature to approximately 150 degrees Fahrenheit.

18. A water distillation process using a heat pump system as defined in claim 11 wherein said condensing of compressed refrigerant vapor within the refrigerant condenser is performed at approximately 225 degrees Fahrenheit.

19. A water distillation process using a heat pump system as defined in claim 11 further comprising disinfecting of the water exiting from the water condenser by condensing of the vaporized and purified water vapor with the water condenser at approximately 180 degrees Fahrenheit.

20. A water distillation process using a heat pump system as defined in claim 11 further comprising filtering and drying of the liquid refrigerant while passing from the receiver to the expansion valve.

21. A water distillation process using a heat pump system as defined in claim 11 wherein heating of the feed water within the water evaporator to the saturation temperature is facilitated by heat provided by the latent heat of condensing of the refrigerant within the refrigerant condenser and by the heat of compression of the refrigerant.

22. A water distillation process using a heat pump system as defined in claim 11 wherein said heating of the feed water within the water evaporator to the saturation temperature thereof for vaporizing thereof by boiling is performed at a barometric pressure of at least one atmosphere.

23. A water distillation process using a heat pump system as defined in claim 11 further comprising regulating of the evaporator pressure of the refrigerant vapor between said refrigerant vaporizing and said refrigerant compressing to restrict said vaporizing of refrigerant to occur at approximately 180 degrees Fahrenheit.

24. A water distillation process using a heat pump system comprising: a) accumulating of liquid refrigerant within a receiver; b) filtering and drying of liquid refrigerant after exiting from the receiver; c) expanding of liquid refrigerant from the receiver at an expansion valve; d) vaporizing of the expanded refrigerant within a refrigerant evaporator; e) compressing of the vaporized refrigerant by a compressor; f) regulating of the evaporator pressure of the refrigerant vapor between said refrigerant vaporizing and said refrigerant compressing to restrict said vaporizing of refrigerant to occur at approximately 180 degrees Fahrenheit; g) condensing of the compressed refrigerant vapor within a refrigerant condenser at approximately 225 degrees Fahrenheit; h) returning of the condensed liquid refrigerant for accumulation within the receiver; i) providing a supply of feed water to a pre-heating means; j) pre-heating of the feed water to a temperature of approximately 150 degrees Fahrenheit; k) positioning a water evaporator in thermal communication with the refrigerant condenser to receiver heat therefrom; l) conveying of the pre-heated feed water to a water evaporator; m) heating of the feed water within the water evaporator to the saturation temperature thereof at approximately one atmosphere of barometric pressure for vaporizing thereof by boiling, said heating of the feed water being provided by the latent heat of condensing of the refrigerant within the refrigerant condenser and by the heat of compression of the refrigerant therein as received by the water evaporator from the refrigerant condenser; n) removing by blow down of primary contaminants and impurities from feed water located within the water evaporator to facilitate purification thereof; o) reclaiming of heat from the contaminants and impurities removed from the water within the water evaporator by transferring the heat thereof to the feed water prior to heating thereof within the water evaporator; p) conveying of the boiled water vapor from the water evaporator to a water condenser; q) removing of secondary contaminants and impurities from the boiled water vapor being conveyed from the water evaporator to the water condenser by passing the water across a plurality of baffles for removing particulate contaminants and liquid water droplets therefrom; r) reclaiming of the heat from the removed secondary contaminants and impurities by transfer of the heat thereof into the feed water prior to heating thereof within the water evaporator; s) positioning the water condenser in thermal communication with the refrigerant evaporator to facilitate heat flow therebetween; t) condensing and disinfecting of the vaporized and purified water at a temperature of approximately 180 degrees Fahrenheit within a water condenser facilitated by cooling of the water condenser by the refrigerant evaporator; and u) conveying of the condensed purified distilled water from the water condenser.