Water mist discharge and ultrasound synergetic degradation wastewater treatment device and running method thereof

Abstract

The invention discloses a water mist discharge and ultrasound synergetic degradation wastewater treatment device. The wastewater treatment device is characterized by comprising a water mist generator which is used for atomizing wastewater and air to form water mist, a discharge reactor which is used for performing discharge treatment on the water mist generated by the water mist generator, an ultrasound ozone reactor which is used for collecting a liquid and ozone gas formed after the discharge treatment and treating the liquid by using ultrasound and the collected ozone, and a high-voltage pulse power supply device which is used for driving a water mist discharge device to generate plasmas. The invention also discloses a running method of the water mist discharge and ultrasound synergetic degradation wastewater treatment device. By adopting the wastewater treatment device and the running method, reasonable adjustment on physical parameters including discharge parameters, the water-gas mixing ratio and the water mist jet velocity of water mist discharge, the ozone concentration, the ozone flow and ultrasound parameters of ultrasound intensification of ozone and the like can be realized to achieve the aim of optimizing parameter selection.

Description

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AI Technical Summary

Benefits of technology

This new technology uses both hydrophobicity (the ability for tiny droplets) and acoustic waves to break down organics from contaminated waters effectively while also sterilizing them quickly without causing harm or damage themselves during their disposal process.

Problems solved by technology

This technical problem addressed in this patented text relates to improving the performance of conventional methods of disposal of wastes containing large amounts of harmious materials like heavy metals while minimizing environmental impact caused by these compounds. Existing techniques involve physical processes involving ion generation from electric fields, sonification, and activation of oxide nanoplasma catalysts, but none provide effective ways to efficiently separate dissolved hydrogen atoms without causing damage to surrounding areas during processing.

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