Super-magnetic deep pure oxygen and air mixing efficient energy-saving oxygenating device

Abstract

The invention discloses a super-magnetic deep pure oxygen and air mixing efficient energy-saving oxygenating device. A host machine connecting pipe is connected with a host machine, passes through the shell of a host machine cavity and the shell of a multi-stage jet pipe, is connected with the shell of an inner branch jet pipe, is connected to a hanger, and passes through a super magnetizer and a dividing pipe to achieve the bottom of the host machine body. Two different paths of oxygenation are adopted, under a normal condition, in the first path, conventional air is introduced into an oxygenating inlet pipe, passes through a valve and an electromagnetic valve to achieve a mixing oxygenating pipe; and in the second path, pure oxygen passes through a pure oxygen electromagnetic valve and a pure oxygen stop valve to achieve the mixing oxygenating pipe; after two paths of oxygen achieve the mixing oxygenating pipe, the mixed oxygen reaches an oxygenation connecting pipe, passes through the host machine cavity to achieve a multi-stage jet device, is jetted into an inner jet guide pipe through the inner branch jet pipe, is delivered to a parting splitter, and is delivered to deep water through the super magnetizer and an impeller, so that the aim that small-molecules which are converted from macro-molecules into micro-molecules and have a diameter less than 0.3mm, are jetted and mixed in sludge can be achieved.

Description

technical field [0001] The invention relates to biochemical sewage treatment equipment, in particular to a high-efficiency energy-saving oxygenation device for supermagnetic deep layer pure oxygen and air mixing. Background technique [0002] With the rapid development of high-speed industry and agriculture, the degree of negative nutrition of the water body caused by the discharge of a large number of industrial, agricultural, and domestic sewage is becoming more and more serious, which has a serious impact on the ecological environment. The treatment of sewage cannot be separated from the aeration device. Moreover, The quality of treated sewage depends on the energy efficiency of the aeration device, plus the improvement of discharge standards. This makes the traditional old equipment oxygenation method far from meeting the requirements of the existing sewage treatment and discharge. At present, the aeration device used for sewage treatment operation has various deficienc...

AI Technical Summary

Problems solved by technology

This makes the traditional old equipment oxygenation method far from meeting the requirements of the existing sewage treatment and discharge

At present, the aeration devices used for sewage treatment operation have various deficiencies such as complicated process flow, high energy consumption, unstable operation, inconvenient maintenance, and poor aeration effect, which bring more labor and labor costs to sewage treatment. Disadvantages such as time-consuming, electricity consumption and high cost

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