Freshwater harvesting assembly utilizing water-sorption material within hierarchical component
A freshwater harvesting assembly includes a micro-scale component selected from a polymer, a foam, and a membrane; a water-sorption material selected from metal-organic framework (MOF), nanosilica gel, and superabsorbent polymer; wherein the water-sorption material is incorporated within the micro-scale component to thereby provide a water-sorption-material-containing micro-scale component; and a housing carrying the water-sorption-material-containing micro-scale component.
1 . A freshwater harvesting assembly comprising
a micro-scale component, wherein the micro-scale component includes a polymer selected from electrospun polymer fibers and gel spun polymer fibers;
a water-sorption material selected from metal-organic framework (MOF), nanosilica gel, and superabsorbent polymer;
wherein the water-sorption material is incorporated within the micro-scale component to thereby provide a water-sorption-material-containing micro-scale component; and
a housing carrying the water-sorption-material-containing micro-scale component, wherein the housing is an evaporator of a vapor compression refrigeration cycle system, the evaporator including coils having interstices therebetween, wherein the micro-scale component is provided within the interstices between the coils.
2 . The freshwater harvesting assembly of claim 1 , wherein the housing is selected from a backpack, a cup, and a vehicle, the vehicle being selected from automobiles, watercraft, aircraft, aerial drones, and sea drones.
3 . The freshwater harvesting assembly of claim 1 , wherein the freshwater harvesting assembly is capable of collecting at least 0.5 gallons of water per hour.
4 . The freshwater harvesting assembly of claim 1 , wherein the freshwater harvesting assembly is capable of collecting at least 10 gallon of water per hour.
5 . The freshwater harvesting assembly of claim 1 , wherein the water-sorption material is the metal-organic framework.
6 . The freshwater harvesting assembly of claim 1 , wherein the water-sorption material is the metal-organic framework and is selected from the group consisting of MOF-841, Cr-MIL-101, Co 2 Cl 2 (BTDD), Zr-MOF-808, Al-MIL-53, Ti-MIL-125, Zr-UiO-66, Ti-MIL-125-NH 2 , Zr-UiO-66-NH 2 , Zn-ZIF-8, and Cu-HKUST-1.
7 . The freshwater harvesting assembly of claim 1 , wherein the polymer is the electrospun polymer fibers.
8 . The freshwater harvesting assembly of claim 1 , wherein the freshwater harvesting assembly is powered by a green energy source selected from wind energy and solar energy.
9 . A freshwater harvesting assembly comprising
a micro-scale component, wherein the micro-scale component includes a polymer selected from electrospun polymer fibers and gel spun polymer fibers;
a water-sorption material selected from metal-organic framework (MOF), nanosilica gel, and superabsorbent polymer, wherein the water-sorption material includes from 60 wt. % to 80 wt. % of the metal-organic framework and from 20 wt. % to 40 wt. % of either the nanosilica gel or the superabsorbent polymer;
wherein the water-sorption material is incorporated within the micro-scale component to thereby provide a water-sorption-material-containing micro-scale component; and
a housing carrying the water-sorption-material-containing micro-scale component.