Method of oxidizing ammonium sulfite using ionizing radiation
A technology of oxidizing ammonium sulfite and ionizing radiation, which is applied in the chemical industry, can solve the problems of the disappearance of the catalytic effect of cobalt ions, and achieve the effects of low energy consumption and simple process flow
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[0018] figure 1 Medium ammonium sulfite solution tank 1, gas-liquid mixing device 2, liquid pumps 3, 7, electron accelerator 4, irradiation chamber 5, intermediate solution tank 6.
[0019] The ammonium sulfite solution with a concentration of 30% is pumped up by the pump 3 and then enters the gas-liquid mixing device 2 along the pipeline, along a two-phase nozzle, forms mist droplets with an average particle size of 40 microns, and enters the irradiation chamber. The nozzle injects air while ejecting liquid into the irradiation chamber, and the mass ratio of air and solution is 25 / 100. Solution droplets and air pass through an electron irradiation area at a speed of 5.5m / s in the horizontal direction. The high-energy electron irradiation area is produced by a pulsed electron accelerator, which emits electrons with an energy of 0.6 Mev and a beam intensity of 5 mA. These electrons enter the irradiation chamber after passing through a titanium window, forming a radiation fiel...
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