Systems and methods for recovering water using a refrigeration system of a water recovery system
Systems and methods are disclosed and include a controller and a water recovery device. The water recovery device includes a desiccant stack including a chamber defining an airflow path therein. The water recovery device includes an evaporator in communication with the desiccant stack and one or more condensers in communication with the desiccant stack. The controller is configured to set the water recovery system to one of an absorption mode and an extraction mode. The water recovery device is configured to receive ambient air in the chamber to remove water vapor using the liquid desiccant and retain the water vapor in the chamber when the water recovery system is in the absorption mode. The water recovery device is configured to remove the water vapor within the chamber when the water recovery system is in the extraction mode.
1. A water recovery system comprising:
a controller; and
a water recovery device, wherein:
the water recovery device comprises:
a desiccant stack comprising a chamber defining an airflow path therein, the desiccant stack comprising one or more desiccant trays, each desiccant tray of the one or more desiccant trays comprising a desiccant media cartridge and liquid desiccant placed within the desiccant tray and being absorbed by a media material of the desiccant media cartridge;
an evaporator in communication with the desiccant stack; and
one or more condensers in communication with the desiccant stack, the one or more condensers comprising an internal condenser and an auxiliary condenser;
the controller is configured to:
set the water recovery system to one of an absorption mode and an extraction mode;
activate the auxiliary condenser in response to setting the water recovery system to the absorption mode; and
activate the internal condenser in response to setting the water recovery system to the extraction mode;
the water recovery device is configured to receive ambient air in the chamber to remove water vapor using the liquid desiccant and retain the water vapor in the chamber when the water recovery system is in the absorption mode; and
the water recovery device is configured to remove the water vapor within the chamber when the water recovery system is in the extraction mode.
2. The water recovery system of claim 1 , further comprising:
a housing; and
a plurality of dampers, wherein:
the desiccant stack, a first condenser of the one or more condensers, and the evaporator are located within the housing;
the plurality of dampers is disposed on one or more edges of the housing;
the plurality of dampers is in communication with the controller; and
the controller is configured to set the plurality of dampers to one of an open position and a closed position.
3. The water recovery system of claim 2 , wherein:
the controller is configured to set the plurality of dampers to the open position in response to setting the water recovery system to the absorption mode; and
the controller is configured to set the plurality of dampers to the closed position in response to setting the water recovery system to the extraction mode.
4. The water recovery system of claim 1 , wherein the evaporator is configured to receive the ambient air when the water recovery system is in the absorption mode.
5. The water recovery system of claim 4 , further comprising a fan configured to direct the ambient air received by the evaporator to the desiccant stack when the water recovery system is in the absorption mode.
6. The water recovery system of claim 4 , wherein the evaporator is configured to reduce a temperature of the ambient air when the water recovery system is in the absorption mode.
7. The water recovery system of claim 1 , wherein:
the internal condenser is configured to provide heat to the desiccant stack when the water recovery system is in the extraction mode; and
when the water recovery system is in the extraction mode, the controller is configured to activate the auxiliary condenser in response to a temperature of the water recovery system exceeding a threshold temperature.
8. The water recovery system of claim 1 , wherein the controller is configured to deactivate the internal condenser in response to setting the water recovery system to the absorption mode.
9. The water recovery system of claim 1 , further comprising an auxiliary fan and an internal fan, wherein:
the controller is configured to activate the auxiliary fan in response to activating the auxiliary condenser; and
the controller is configured to activate the internal fan in response to activating the internal condenser.
10. The water recovery system of claim 1 , further comprising a compressor in communication with the one or more condensers and the evaporator.
11. A water recovery device comprising:
a desiccant stack comprising a chamber defining an airflow path therein, the desiccant stack comprising one or more desiccant trays, each desiccant tray of the one or more desiccant trays comprising a desiccant media cartridge and liquid desiccant placed within the desiccant tray and being absorbed by a media material of the desiccant media cartridge;
an evaporator in communication with the desiccant stack; and
one or more condensers in communication with the desiccant stack, wherein:
the one or more condensers comprise an internal condenser and an auxiliary condenser;
the water recovery device is configured to receive ambient air in the chamber to remove water vapor using the liquid desiccant and retain the water vapor in the chamber when the water recovery device is operating in an absorption mode; and
the water recovery device is configured to remove the water vapor within the chamber when the water recovery device is operating in an extraction mode;
the auxiliary condenser is configured to be activated in response to the water recovery device being set to the absorption mode; and
the internal condenser is configured to be activated in response to the water recovery device being set to the extraction mode.
12. The water recovery device of claim 11 , further comprising:
a housing; and
a plurality of dampers, wherein:
the desiccant stack, a first condenser of the one or more condensers, and the evaporator are located within the housing;
the plurality of dampers is disposed on one or more edges of the housing;
the plurality of dampers is configured to be set to one of an open position and a closed position.
13. The water recovery device of claim 12 , wherein:
the plurality of dampers is configured to be set to the open position in response to the water recovery device being set to the absorption mode; and
the plurality of dampers is configured to be set to the closed position in response to the water recovery device being set to the extraction mode.
14. The water recovery device of claim 11 , wherein the evaporator is configured to receive the ambient air when the water recovery device is operating in the absorption mode.
15. The water recovery device of claim 13 , further comprising a fan configured to direct the ambient air received by the evaporator to the desiccant stack when the water recovery device is operating in the absorption mode.
16. The water recovery device of claim 13 , wherein the evaporator is configured to reduce a temperature of the ambient air when the water recovery device is operating in the absorption mode.
17. The water recovery device of claim 11 , wherein:
the internal condenser is configured to provide heat to the desiccant stack when the water recovery device is operating in the extraction mode; and
the auxiliary condenser is configured to be activated when the water recovery device is operating in the extraction mode in response to a temperature of the water recovery device exceeding a threshold temperature.
18. The water recovery device of claim 11 , further comprising an auxiliary fan and an internal fan, wherein:
the auxiliary fan is configured to be activated in response to activating the auxiliary condenser; and
the internal fan is configured to be activated in response to activating the internal condenser.