Oxidizing gas effect improving system

Abstract

The invention discloses an oxidizing gas effect improving system. The oxidizing gas effect improving system comprises an oxidizing gas input device, an electromagnetic fluid treatment device, a waterinput device, a gas liquid mixing device, an oxidation reaction device, and a gas flow amount control valve; the oxidation reaction device is provided with a gas liquid input terminal and a water outlet terminal; a gas outlet terminal of the oxidizing gas input device is communicated with a gas inlet terminal of the gas liquid mixing device through the gas flow amount control valve and the electromagnetic fluid treatment device; a water output terminal of the water input device is communicated with a water inlet terminal of the gas liquid mixing device; a gas liquid output terminal of the gasliquid mixing device is communicated with a gas liquid input terminal of the oxidation reaction device; the electromagnetic fluid treatment device comprises a metal tube, a wire winding coil which isused for winding on the metal tube, and an electromagnetic pulse generator which is connected with the wire winding coil through electric connection; the electromagnetic pulse generator is used for generating simulated frequency conversion direct current pulse signals. The oxidizing gas effect improving system is capable of improving water treatment effect of oxidizing gas, reducing consumption ofoxidizing gas, and reducing water treatment cost furthermore.

Description

technical field [0001] The invention relates to the technical field of water treatment, in particular to an oxidation gas synergistic system. Background technique [0002] With the rapid development of modern industry, the number and types of organic compounds are increasing day by day, causing a large amount of water pollution; industrial waste water, domestic sewage and farmland drainage flowing into water bodies will cause serious pollution and endanger human health. In the prior art, water treatment is often achieved by reacting oxidizing gases with organic matter in water. Ozone catalytic oxidation and aerated oxidation are two commonly used technologies. By adding ozone or oxygen to water, organic matter in water and ozone Or oxygen reacts, thereby reducing the pollution of water bodies. However, at present, the effect of using oxidizing gas on water treatment is not good, and the consumption of oxidizing gas is large and the utilization rate is not high, resulting in...

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Problems solved by technology

[0003] The inventors found that when oxidizing gas is used to treat water, the degree of combination of oxidizing gas and water is not high, so that the oxidizing gas cannot fully react with water, resulting in a large consumption of oxidizing gas and poor water treatment effect , high cost of water treatment, etc.

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