I would like to consult experts on the issues related to degradation products and working fluids in hydrogen peroxide production
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1. Currently, both the hydrogenation and oxidation processes used in hydrogen peroxide production generate degradation products; those degradation products can be converted back into active anthraquinones using clay beds, but not all of them can be 2. What are the advantages and disadvantages of the acetate working fluid system and the tetrabutylurea working fluid system?
1. The substances that can be used in a clay bed to regenerate the degradation products of effective anthraquinones are mainly organic extractants and water-soluble active substances, such as sodium sulfate, sodium acetate, sodium phosphate, hydrofluoric acid, etc； White clay beds cannot be used for the regeneration of degraded effective anthraquinones; the main components are inorganic salts such as sodium chloride and fluorides. 2. The advantage of the acetate working fluid system is its low activation energy; under normal circumstances, it enables reactions to occur at low temperatures ； The advantage of the tetrabutylurea working solution system is its strong oxidizing power, which enables high-temperature reactions. The disadvantage is that acetates are toxic, while tetrabutylurea is flammable.
Teacher, what does activation energy refer to? Could you be more specific?
Teacher, what does activation energy refer to? Could you be more specific?