A cascade water treatment device combining plasma, ultrasound and catalysis
A water treatment device and plasma technology, applied in the field of water treatment, can solve the problems of large footprint and high energy consumption of wastewater treatment devices
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Embodiment 1
[0059] like Figure 1~11 Shown, the cascade type water treatment device that plasma combines with ultrasonic and catalysis is characterized in that: comprises: water treatment unit 1, and described water treatment unit 1 comprises ultrasonic ozone combined reactor 2 and plasma generator 3, so The water outlet of the ultrasonic ozone combined reactor 2 is connected with the water inlet of the Y-shaped reactor 6 through the liquid pump 4 and the liquid flow meter 5, and the gas outlet of the plasma generator 3 stretches into the Y-shaped reactor 6. Inside the air inlet, the water outlet of the Y-shaped reactor 6 is arranged below the water inlet and the air inlet of the Y-shaped reactor 6, and the water outlet of the Y-shaped reactor 6 is provided with a hole for loading catalyst Net 7, the water outlet of the Y-shaped reactor 6 is connected to the horizontal water outlet pipe 8, the side wall of the water outlet pipe 8 passes through the gas-liquid separation device 9 and the a...
Embodiment 2
[0088] Such as Figure 1~11 As shown, the cascade water treatment device combined with plasma, ultrasound and catalysis is characterized in that: the diameter of the circular inner hole network 72 is 20mm smaller than the diameter of the outer ring 71, and the strip 73 The width of the catalyst is 4mm, and the diameter of some uniformly distributed circular holes on the circular inner hole network 72 is 1.5mm; the catalyst-loaded hole network 7 is set at an angle α to the horizontal plane, and the α is 35°.
[0089] The catalyst-loaded mesh 7 is located below the dielectric barrier discharge jet nozzle 23, and the vertical distance between the gas outlet of the dielectric barrier discharge jet nozzle 23 and the catalyst-loaded hole mesh 7 is d, and the The vertical distance between the gas outlet of the dielectric barrier discharge jet nozzle 23 and the hole network 7 of the loaded catalyst is D, and D is 18mm, and the gas outlet of the dielectric barrier discharge jet nozzle ...
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