How to use chlorine dioxide generator

Chlorine dioxide is widely recognized as an efficient and residue free ideal disinfectant for the next generation. There are many ways to produce it, most of which use sodium chlorate and hydrochloric acid as raw materials. This type of generator has been widely used in various sewage treatments such as hospital sewage treatment and drinking water treatment. What factors can affect the efficiency of the generator during operation?

After changing factors such as reaction temperature, reaction time, and reaction acidity, effective chlorine was measured separately. On this basis, add 'catalyst' and measure the effective chlorine. When the initial concentration of hydrochloric acid was within the range of 4.39-4.94 M (30% hydrochloric acid exceeded the theoretical addition value by 30% -60%), the reaction time was between 22 and 33 minutes, and the reaction temperature was 80 ℃, the efficiency of the generator was maximized (conversion rate reached 83.6%). As the temperature increased, if a 'catalyst' was added, the efficiency increased by an average of 17%. Conclusion: Changing the reaction temperature, reaction time, reaction acidity, and adding 'catalyst' can improve the efficiency of chlorine dioxide generators. The concentration and reaction pressure of reactants, as well as the structure of the reactor, are all factors that affect the performance of chlorine dioxide generators. Improving the generator based on these factors will make it more valuable for use

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