Experimental research device and method for catalytic synergistic discharge active component generation characteristics
A catalyst chamber, high-voltage electrode technology, applied in chemical instruments and methods, chemical/physical processes, chemical/physical/physical-chemical processes, etc., can solve the problems of large pollution, high energy consumption, low output, etc. Nitrogen, the effect of increasing the contact area
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Embodiment 1
[0082] Such as Figure 7 As shown, an experimental research device for generating characteristics of active components in the discharge liquid phase under the synergy of ultrasound, catalysis, ultraviolet rays, and ozone, by changing the input parameters of the catalytic zone such as the type of gas entering the catalytic zone, the ultrasonic electric power at the bottom of the catalyst chamber, etc., the above-mentioned device includes Buffer gas chamber A, buffer gas chamber B, separation box, ultrasonic power supply, oscilloscope, high-voltage AC / pulse power supply, transformer and the above-mentioned high-voltage electrode discharge reactor;
[0083] The inlet of the buffer gas chamber A is supplied with gas through several gas sources, and the outlet is connected to the first air inlet of the discharge reactor; the inlet of the buffer gas chamber B is supplied with gas through several gas sources, and the outlet is connected with the second gas inlet of the discharge react...
Embodiment 2
[0089] A kind of under ultrasonic, catalysis, ultraviolet, ozone synergy, the experimental method of the gas type of different catalysis zone to the liquid phase active component generation characteristic of catalysis zone, utilize the device of embodiment 1, its steps are as follows, as Figure 8 Shown:
[0090] (1) The input parameters of the discharge area are water and air flow settings; adjust the liquid pump M 1 , valve group V 1 -V n , set the water and air flow in the discharge area as the optimal parameters.
[0091] The optimal parameter of the water-air mixing ratio is obtained by an experimental method of the generation characteristics of the discharge active components with different water-air mixing ratios, including the following steps:
[0092] (1-1) Water flow setting;
[0093] Keep the total flow of water and air constant, calculate the water flow and air flow experimental points respectively according to the experimental points of the water-air mixing ra...
Embodiment 3
[0137] A kind of under ultrasonic, catalysis, ultraviolet, ozone synergy, the experimental method of different ultrasonic electric powers to the liquid phase active component generation characteristic of catalytic area, utilize the device of embodiment one, its steps are as follows, as Figure 9 Shown:
[0138] (1) Water and air flow settings in the discharge area; adjust the liquid pump M 1 , valve group V 1 -V n , set the water and air flow in the discharge area as optimal parameters; the optimal parameters here are the same as those in Embodiment 2.
[0139] (2) Water and gas flow settings in the catalytic zone; adjust the liquid pump M 2 , valve group V 1’ -V n’ , the water in the catalytic zone and the gas flow are set as optimal parameters; the optimal parameters here are the same as those in Embodiment 2.
[0140] (3) High-voltage AC / pulse power supply voltage setting; adjust the high-voltage / AC power supply voltage to the optimum parameters; the optimum parameter...
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