Water desalinization systems

A method comprising:

• receive a sunlight from a plurality of solar concentrators and directing the sunlight toward a plurality of locations by bending a plurality of rays of the sunlight and focusing the plurality of rays of the sunlight onto the plurality of locations;
• receiving the plurality of rays of the sunlight at a plurality of heat collection elements positioned at the plurality of locations having a physical surface configured to absorb and convert a solar radiation at a plurality of wavelengths below three one-millionth of a meter into a thermal energy;
• inducing a state change in a heat-transfer fluid having a salinity of about three and one-half percent through the heat collection elements;
• and
• condensing a portion of the heat-transfer fluid from a gaseous state to a liquid state through a condenser by using a portion of the heat-transfer fluid as a coolant;
• where the plurality of heat collection elements is partially enclosed by the plurality of solar concentrators;
• and
• where at least one of the heat collection elements include a plurality of parabolic chambers that are continuous with a length of the at least one of the heat collection elements, the plurality of parabolic chambers formed by a concave barrier adjacent to and facing a convex barrier each having plurality of perforations along the length of the at least one of the heat collection elements;
• the concave barrier and the convex barrier having curvatures that induce a flow turbulence through the at least one of the heat collection elements that causes a condensation that facilitate a transfer of a dry steam to the condenser.

A method comprising:

• receive a sunlight from a plurality of solar concentrators and directing the sunlight toward a plurality of locations by bending a plurality of rays of the sunlight and focusing the plurality of rays of the sunlight onto the plurality of locations;
• receiving the plurality of rays of the sunlight at a plurality of heat collection elements positioned at the plurality of locations having a physical surface configured to absorb and convert a solar radiation at a plurality of wavelengths;
• inducing a state change in a heat-transfer fluid having a salinity of about three and one-half percent through the heat collection elements;
• and
• condensing a portion of the heat-transfer fluid from a gaseous state to a liquid state through a condenser by using a portion of the heat-transfer fluid as a coolant;
• where the plurality of heat collection elements is partially enclosed by the plurality of solar concentrators;
• and
• where at least one of the heat collection elements include a plurality of parabolic chambers that are continuous with a length of the at least one of the heat collection elements, the plurality of parabolic chambers formed by a concave barrier adjacent to and facing a convex barrier each having plurality of perforations along the length of the at least one of the heat collection elements;
• the concave barrier and the convex barrier having curvatures that induce a flow turbulence through the at least one of the heat collection elements that causes a condensation that facilitate a transfer of a dry steam to the condenser.

A method comprising:

• receive a sunlight from a plurality of solar concentrators and directing the sunlight toward a plurality of locations by bending a plurality of rays of the sunlight and focusing the plurality of rays of the sunlight onto the plurality of locations;
• receiving the plurality of rays of the sunlight at a plurality of heat collection elements positioned at the plurality of locations having a physical surface configured to absorb and convert a solar radiation at a plurality of wavelengths;
• inducing a state change in a heat-transfer fluid having a salinity through the heat collection elements;
• and
• condensing a portion of the heat-transfer fluid from a gaseous state to a liquid state through a condenser by using a portion of the heat-transfer fluid as a coolant;
• where the plurality of heat collection elements are partially enclosed by the plurality of solar concentrators;
• and
• where at least one of the heat collection elements include a plurality of parabolic chambers that are continuous with a length of the at least one of the heat collection elements, the plurality of parabolic chambers formed by a concave barrier adjacent to and facing a convex barrier each having plurality of perforations along the length of the at least one of the heat collection elements;
• the concave barrier and the convex barrier having curvatures that induce a flow turbulence through the at least one of the heat collection elements that causes a condensation that facilitate a transfer of a dry steam to the condenser.