Industrial nano-water and uses thereof

Abstract

The invention provides industrial nanometer water. The water composition of the industrial nanometer water simultaneously consists of small water clusters ((H2O)n(n is equal to 4 to 8), cations and anions; the cations and the anions form iron pair nuclei in the form of yin-yang coordination; and the size of each of the iron pair nuclei is larger than or equal to 0.5 nm and is smaller than or equal to 15 nm; the coordinated iron pair nuclei account for 67 percent to 97 percent of the total impure irons in the water; the crystal of the iron pair nuclei after being heated is water slag in a double crystal form, wherein, the aragonite crystals account for 45 percent to 65 percent, and the rest of crystals are calcite crystals. The industrial nanometer water, after being injected into a boiler, can solve the problem of nonconforming water quality caused by the boiler in the processes of evaporation and concentration, as well as the problems of scaling and corrosion caused by residual hardness, improve evaporation rate, and reduce energy consumption, thereby leading the boiler to reach the purpose of saving energy and reducing boiler water discharge.

Description

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AI Technical Summary

Benefits of technology

This patented technical effect was achieved through adding certain chemical agents into this liquid solution before testings showed that they can reduce the amount of negative charges on surfaces such as silicon wafers during manufacturing processes without affect their performance negatively.

Problems solved by technology

This patents describes ways to create stable compounds containing multiple atoms called chloride ions within certain sizes. These compositions may contain many types of elements including iron, copper, zinc, manganese, chromium, magnesia, ceramic materials, ammonium hydroxides, lithiumsulfates, aluminas, bismuth oxysilicate, carboxylates, nitrogen bases, organosils, peroxymetric acid salts, phosphorus acids, and polyhedrons. By combining these components together, there occurs a process where two particles combine tightly evenly along their own direction. Water molecules cannot easily enter inside the structures, causing aggregation and deposition onto surfaces. Additionally, if any salt group remains attached to the charges associated with the charged ions through electrostatic interactions, the resulting solution becomes more difficult to remove.

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