Electromagnetic fluid reaction device

Abstract

The invention discloses an electromagnetic fluid reaction device comprising an electromagnetic generator and a multi-stage reactor arranged in an electromagnetic reaction cavity, wherein the electromagnetic generator transmits electromagnetic waves to the electromagnetic reaction cavity to generate an electromagnetic field so that the electromagnetic field acts on a fluid passing through the multi-stage reactor; the multi-stage reactor comprises more than one fluidized bed body sequentially connected end to end, a feed port is arranged on the first fluidized bed body, a discharge port is correspondingly arranged on the final fluidized bed body, the fluidized bed bodies are connected with medicament ports, and the inner part of each fluidized bed body is loaded with a solid fluidized medium. The invention can promote the oxidation, reduction and decomposition reaction of the fluid, which specifically comprises the following steps of: continuously adding electromagnetic energy in the fluid, enabling the matter molecules of the fluid to continuously generate partial and instant high temperature and high voltage through the solid fluidized medium, and then promoting the oxidation, reduction and decomposition reaction of the fluid through the fluidized bed bodies so as to achieve the purposes of reducing cost and improving efficiency. The invention has wide market prospects in the field of environmental protection.

Description

technical field [0001] The invention relates to the field of water treatment, in particular to an electromagnetic fluid reaction device, which can be widely used in the production of clean fluids in petroleum and chemical industries, as well as in the treatment of industrial wastewater such as petrochemical, metallurgy, papermaking, printing and dyeing, as well as in municipal sewage, boiler water, Landscape water and other water treatment processes. Background technique [0002] The current fluid treatment equipment is based on physical, chemical and biological treatment equipment, usually using traditional physical, chemical and biological techniques for oxidation, reduction and decomposition reactions, but because organic and inorganic substances will be dissolved in the fluid, so now Some devices do not work well. [0003] The currently developed supercritical oxidation and high-temperature wet oxidation technology, according to laboratory test data, can handle many sub...

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Problems solved by technology

[0002] The current fluid treatment equipment is based on physical, chemical and biological treatment equipment, usually using traditional physical, chemical and biological techniques for oxidation, reduction and decomposition reactions, but because organic and inorganic substances will be dissolved in the fluid, so now Some devices do not work well

[0003] The currently developed supercritical oxidation and high-temperature wet oxidation technology, according to laboratory test data, can handle many substances in fluids, but the reaction temperature and pressure are too high, and the specific requirement is that the reaction temperature should be above 300°C. The reaction pressure exceeds 20MPa, which is difficult to use in production practice due to the limitation of current production technology

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