Device and method for preparing micro-molecular energy water
A technology for preparing devices and energy water, applied in chemical instruments and methods, multi-stage water treatment, water/sewage treatment, etc., can solve the problem that the energy spectrum cannot be regulated, cannot be injected into the spectrum, and cannot stabilize single molecules or small molecular groups for a long time. and other problems to achieve the effect of avoiding energy loss, improving injection efficiency, and high thermal sensitivity
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[0117] The device for preparing small molecule energy water provided by the present invention includes an energy injector and an energy stabilizer connected to the energy injector, wherein:
[0118] The energy injector includes a heating container 1 and a nano-ceramic energy substance 2 arranged in the heating container 1, so that the heating container 1 is in an infrared environment emitted by the nano-ceramic energy substance 2;
[0119] The energy stabilizer includes a cooling container 4, a permanent magnet 3 and an infrared emitter 6 arranged on the cooling container 4, so that the cooling container 4 is in a magnetic environment and an infrared environment;
[0120] The heating container 1 is a conventional horizontal electric heater; the heating container 1 is provided with a stirrer (not shown in the figure), which is a conventional product, and the water is uniformly heated by stirring; The infrared environment is the environment where the infrared wavelength of the nano-cer...
Embodiment 1
[0130] Small molecule energy water preparation equipment such as figure 1 As shown, where:
[0131] The nano-ceramic energy substance 2 is a particle with a unit weight of 5 to 500 g; the nano-ceramic energy substance 2 is composed of the following components in a mass ratio: 50% additive, 50% kaolin, wherein the particle size of the additive is 1-100 nm, Including the following components in mass ratio:
[0132] SiO 2 83%
[0133] Al 2 O 3 3.8%
[0134] Fe 3 O 4 12.8%
[0135] CuO 0.2%
[0136] The balance of 0.2% is the 10 elements of calcium, sodium, magnesium, titanium, zinc, cobalt, manganese, chromium, selenium, and iodine, and the content of each element is 0.02%;
[0137] And go through the following conventional ceramic sintering process:
[0138] 1) After mixing the additives and kaolin with water, they are conventionally made into one or more of granules, tablets and rods, or into a cylinder with open top and bottom, or into a container and / or container lid with an open top ...
Embodiment 2
[0155] Small molecule energy water preparation equipment such as figure 1 As shown, where:
[0156] The nano-ceramic energy substance 2 is a particle with a unit weight of 5 to 500 g; the nano-ceramic energy substance 2 is composed of the following components in a mass ratio: 40% additive, 60% kaolin, wherein the particle size of the additive is 1-100 nm, Including the following components in mass ratio:
[0157] Al 2 O 3 0.2%
[0158] Fe 3 O 4 0.1%
[0159] CuO 5.6%
[0160] ZnO 93.5%
[0161] The balance of 0.6% is the 6 elements of calcium, sodium, magnesium, titanium, zinc and cobalt, and the content of each element is 0.1%;
[0162] The preparation of nano-ceramic energy substance 2 and the kaolin are the same as in Example 1;
[0163] The wavelength of infrared light of the obtained nano-ceramic energy substance 2 is 20~25μm;
[0164] The cooling container 4 is located in an environment with a magnetic field intensity of 1.6T transmitter and a wavelength of 3~5μm emitted by the tr...
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