Method for desalination of seawater
A method and an apparatus for the modification of seawater, brine, or alike, to render it suitable for irrigation, industrial use, or for further treatment in a drinking water purification plant, as well as to extract desired substances from brines, such as boron, and to clear waste from mining processes, by reducing environment endangering contaminants, like petroleum hydro-carbons, or radioactive substances, as well as inactivating microorganisms and virus in biosolids, by means of exposing the substances to high-intensity macrosound, i.e., alternating mechanical energy radiation at (ultra-) sonic frequencies. The treatment enhances the separation of salt, or/and other desired materials, from the water, and activates in situ the adsorption of the materials on sorbefacient substances supplied to the desalination process in form of dust of pulverized, liquefied, or vaporized substances, or by elements (of walls) of treatment chambers, or filters. The separation of the adsorption material together with the adsorbed salt, or/and any other extract from the liquid, is accomplished by common techniques, such as sedimentation, decanter, filter, or (electrostatic) separator.
1. A method comprising:
exposing a liquid and an adsorptive substance in situ to the impact of high-intensity macrosound in a chamber comprising a grinder disposed in a sieve;
modifying the liquid; and
after modifying, separating the modified liquid from the adsorptive substance.
2. The method of claim 1 , wherein modifying comprises desalinating.
3. The method of claim 1 , wherein modifying comprising rendering the liquid suitable for irrigation, industrial use, and for further treatment into potable water in a purification plant.
4. The method of claim 1 , wherein the adsorptive substance comprises at least one of lignite (coal), a lava (volcanic rock), and a pumice (igneous, extrusive volcanic rock).
5. The method of claim 4 , wherein the adsorptive substance comprises at least one of an element of the surrounding chamber, a solid phase, a liquefied phase, and a vaporized phase.
6. The method of claim 1 , wherein modifying comprises rendering the liquid to a clean form to meet relevant laws.
7. The method of claim 1 , wherein the liquid is contaminated by solids, such as heavy metals, including radioactive elements such as uranium, or/and liquids, such as petroleum, or/and pathogens, including virus.
8. The method of claim 1 , wherein exposing the liquid and the adsorptive substance to high intensity macrosound comprises exposing to beater discs to create the alternating mechanical energy radiation.
9. The method of claim 1 , wherein an element of the chamber is coated with the adsorptive substance.