May removal of salt from water be possible with salt/water mix heat evaporation, with evaporate channeled into serially connected sequestration chambers? If water cools & condenses into liquid states from gaseous forms at cooling/condensation rates different than cooling/condensation rates of salts or other toxins, then acts of evaporating salt/water mixes into networks of variably source-distanced condensation catch-chambers may have water only condense from mixed evaporate in specific source-distanced catch-chambers, while salts & other toxins may condense from mixed evaporate in separate source-distanced catch-chambers? I put an image of my design concept at https://static.wixstatic.com/media/e8dcd1_202eb436ba8f488d9d4679f941cef799~mv2.png/v1/fill/w_1053,h_807,al_c,q_85/e8dcd1_202eb436ba8f488d9d4679f941cef799~mv2.webp
It may be that orbital-to-surface solar light/heat reflectors & concentrators (via focusing) systems may cleanly/sustainably power such desalination efforts, globally & within solar ranges systemically?
Regarding the problem of rust-proof field/use-worthy materials, I theorize a system of my original invention that may yield such rust-proof materials. My theorized material fabrications require uses of "pressurized kilns" that are also of my original invention. Pressure kilns may be used to heat/liquify varied materials in mono-pressurized environments, so mixed material heat-loosened/liquified/distended/etc particulates may interspace/intersperse at even constant pressurized lattice/matrix rates/proportions: if varied materials are heat liquified/etc in non-pressurized environments, nothing may prevent their respective particulates from spacing out relative their material densities, for sequestration/separation of heat mixed materials, however if varied materials are heat liquified in pressurized mono-environments, pressure may force their respective particulates in cooling to cool/solidify with constant & mixed lattice/matrix distributions, to create hybrid/joined materials from originally separate originating comprising materials.
Using my above method, it may be possible to fuze/bond/mix/hybridize/etcetera field/use worthy materials like steels or etcetera with corrosion/rust resistant materials, for materials that are jointly rust resistant & field/use worthy/resilient/enduring/durable/strong/etcetera?
Comments/feedback on any of my here shared work would be appreciated. I request assistance in commercializing, researching, & developing my work. Thank you.
-Nikh Azmy Beghzr (NABoMNCaNA*) (09.13.2019-11.55.PST)email@example.com
Modified on Sept. 13, 2019, 12:19 p.m. PDT