Particle energy multifunctional water and preparation method of particle energy multifunctional water cola beverage

Abstract

The invention relates to a preparation method of particle-energy multi-functional water and particle-energy multi-function water cola beverage, which uses a nano-scale sintered material filter system for pollution-free natural water, and uses modern particle energy technology to make various particles inside the proton act as During the axial rotation movement, the energy provided by the electric potential energy generated decomposes the water molecule group into a single stable water molecule. The basic theory and experimental results of nuclear chemistry and nuclear physics hyperon structure are also used, and the controlled The plasma production process of thermonuclear fusion, and then through the technical process of high temperature, high pressure, separation, stabilization, cooling and combination with nano-scale materials under high temperature reaction conditions, the particle energy multifunctional water and the particle energy multifunctional water cola beverage are produced . The beneficial effect of the invention is that it is beneficial to human blood circulation, decomposes waste protein, excess fatty acid and high-molecular fatty alcohol produced by human metabolism, increases red blood cell oxygen content and flow rate, and satisfies the demand of human cells for water molecules.

Description

technical field [0001] The invention relates to a preparation method of particle energy multifunctional water and particle energy multifunctional water cola beverage. Background technique [0002] Water is one of the most important resources on the earth, and water resources are indispensable and irreplaceable natural resources for human survival and development. 70% of the earth's surface is covered by water, but 97.5% of it is salt water and only 2.5% is fresh water. The vast majority of fresh water is polar ice caps, alpine glaciers and deep groundwater that are difficult to use. Less than 1% of fresh water can be directly and continuously used by humans, mainly distributed between rivers, lakes, reservoirs and shallow groundwater. middle. [0003] In developing countries with large populations and frequent droughts, fresh water supply is difficult to meet demand, and developed countries in Europe and the United States are also facing the challenge of drinking water. T...

AI Technical Summary

Problems solved by technology

Only about 5 per cent of industrial and human waste generated by cities in developing countries is treated, and the rest (including toxic and dangerous by-products of industrial production) is mostly disposed of, causing serious pollution of soil, rivers and groundwater , making large amounts of fresh water unusable

In addition, the effective utilization rate of agricultural irrigation water is less than 50%, the low reuse rate of industrial water, and the leakage of urban water supply systems have also caused a great waste of fresh water resources and exacerbated the shortage of water resources.