Description:The system begins with air intake, where ambient air is drawn into the system
using a fan or blower. The air passes through a filtering unit to remove dust, pollutants,
and particulates, ensuring that only clean air enters the refrigeration system. The filtered air then moves to a cooling chamber where it encounters a refrigeration coil.
The refrigeration coil, cooled by a refrigeration cycle (typically using a compressor,
condenser, and evaporator), lowers the air temperature below its dew point, causing
the water vapor in the air to condense into liquid droplets.
These droplets accumulate on the surface of the refrigeration coil and are funneled
into a collection tray. From there, the water is directed to a purification unit to remove
any remaining impurities and make it safe for consumption. The purified water is then
stored in a storage tank for later use. Meanwhile, the dehumidified air is expelled back
into the atmosphere or reused in the process to improve efficiency. The system often incorporates sensors and control mechanisms to monitor humidity levels, optimize
energy usage, and regulate water production.
This technology is particularly useful in areas with high humidity and limited access
to freshwater resources, as it provides an alternative, sustainable water source. , Claims:We Claim:
1. A harvesting water from air using refrigeration process comprise;
a compressor;
5 a condenser;
an expansion Valve;
a blower;
a filter;
an evaporator; a freezer Box;
a tube;
a tank;
2. The Compressor as claimed in claim 1, where it is a device that increases the pressure of refrigerant gas, enabling it to circulate through the system for cooling.
3. The Condenser as claimed in claim 1, where it is a heat exchanger that dissipates heat
from the refrigerant gas, turning it into a liquid as it cools.
4. The Expansion Valve as claimed in claim 1, where it is a device that regulates the
flow of refrigerant into the evaporator, causing it to expand and cool. 5. The Blower as claimed in claim 1, where it is a fan that circulates air over cooling
coils or evaporators to enhance heat exchange and air movement.
6. The Filter as claimed in claim 1, where it is a component that removes impurities and
contaminants from the air or refrigerant, ensuring smooth system operation.
7. The Evaporator as claimed in claim 1, where it is a heat exchanger where the refrigerant absorbs heat from the environment, evaporating the refrigerant into a gas.
8. The Freezer Box as claimed in claim 1, where it is a compartment that stores frozen
goods, typically located in a refrigeration system or appliance.
9. The Tube as claimed in claim 1, where it is a conduit through which refrigerant or air
flows, facilitating the transfer of heat or energy between components.10. The Tank as claimed in claim 1, where it is a storage container, often used to collect
water or refrigerant, depending on the system's design.