Retention wall treatment device and method for chlorine-containing organic matter development

Abstract

The invention discloses a retention wall treatment device for chlorine-containing organic matter development. An exhaust port comprises a lifting arm, a tray, an inverted cone plug, an inverted cone port, a tray slit, an expansion disc, an expansion port, a chassis, a rotor and an air inlet. A rotor and a rotor inverted cone are arranged at the upper part of the air inlet at the bottom. The caliber of the rotor inverted cone is larger than that of the air inlet, high-speed air flow enters from the air inlet, is promoted to suspend at the upper part of the air inlet and rotates, and a tachometer connected with the rotor indirectly calculates the air inlet flow. The inverted cone plug located at the top is connected with the tray in an up-down sliding mode, an inverted cone opening is formedbetween the inverted cone plug and the tray and used for exhausting, the inverted cone opening penetrates into the lower portion of the exhaust port through an internal vertical pipe, and the air outlet flow of the inverted cone opening is affected by lifting and falling of the inverted cone plug. The tray has a circular groove structure. The retention wall treatment equipment is novel and reasonable in structure, the function of removing pollutants is powerful, and the application range is wide.

Description

technical field [0001] The invention belongs to the technical field of water treatment, and in particular relates to a retaining wall treatment device and method developed for chlorine-containing organic compounds. Background technique [0002] Chlorine-containing organic compounds are colorless and toxic liquids that are immiscible with water. The chemical formula contains Cl. It can dissolve various substances such as fat and paint, and has the slightly sweet smell of chloroform. Due to the low boiling point of chlorine-containing organic compounds, liquid chlorine-containing organic compounds are easily volatilized into gaseous state by simple heating and shaking. Chlorine-containing organic compounds have small molecular weight, low density, low vapor pressure and low vapor density at normal temperature and pressure, and are liquid under standard conditions. Chlorine-containing organic compounds have anesthetic effects on the central nervous system, and cause serious d...

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Problems solved by technology

Due to the lack of or the immaturity of the above-mentioned mechanisms, it leads to the disadvantages of old process, high treatment cost, low removal efficiency, long process flow, complicated control, and large area occupation.

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