Environmental heat-driven liquid regenerator system

An environmental heat-driven liquid regenerator system, comprising:

• a desiccation chamber that contains a liquid and air, wherein the desiccation chamber is configured to enable air flow into the desiccation chamber via an air inlet, enable air flow of humidified air out of the desiccation chamber via an air outlet, enable outbound liquid flow via a liquid outlet, and receive inbound liquid flow via a liquid inlet;
• a heat exchanger that is operatively connected with the desiccation chamber, wherein evaporatively cooled liquid flows from the desiccation chamber into the heat exchanger via a first conduit,
• wherein air flowing through the desiccation chamber comes into contact with the liquid, resulting in entrainment of liquid vapor in the air, removal of the liquid vapor from the desiccation chamber, cooling of the liquid due to evaporation, and removal of heat of vaporization from the liquid,
• wherein the heat exchanger is configured and positioned to absorb environmental heat, wherein absorption of the environmental heat by liquid in the heat exchanger causes at least partial recovery of the heat removed during the evaporation of the liquid in the desiccation chamber, and
• wherein after recovering heat from the environment, the liquid warmed in the heat exchanger flows from the heat exchanger back into the desiccation chamber via a second conduit;
• a solar collector operatively connected to the desiccation chamber via a third conduit, wherein the air with entrained liquid vapor exiting the desiccation chamber via the air outlet enters the solar collector and is warmed by solar insolation on the solar collector;
• and
• a chimney operatively connected to the solar collector via a fourth conduit, wherein warmed air with entrained liquid vapor exits the solar collector, enters the chimney, and travels upward out of a top of the chimney due to relative buoyancy of the warmed air compared to surrounding air,
• wherein the travelling of the warm air with entrained liquid vapor upward and out of the solar chimney creates low pressure within the solar collector that draws air flow into the desiccation chamber.