Daily Question, September 8, 2015
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What are the hazards of moisture on the surface of a Klaus catalyst? A. Clogging the catalyst, causing it to become ineffective. B. The catalyst is prone to thermal degradation when its temperature rises, which leads to its ineffectiveness. C. Reactions of the active substances in the catalyst result in its ineffectiveness ； D. The presence of water affects the catalyst’s selectivity and increases side reactions.
B. The catalyst is prone to thermal degradation when its temperature rises, causing it to become ineffective
What are the hazards of moisture on the surface of a Klaus catalyst? B. The catalyst is prone to thermal degradation when its temperature rises, causing it to become ineffective
B. The catalyst is prone to thermal degradation when its temperature rises, causing it to become ineffective
What are the hazards of moisture on the surface of a Klaus catalyst? B. Clogging of the catalyst, causing it to become ineffective. B. The catalyst is prone to thermal decomposition when its temperature rises, which leads to its ineffectiveness. C. Reaction of the active substances in the catalyst, resulting in its ineffectiveness ； D. The presence of water affects the catalyst’s selectivity and increases side reactions.
Strictly speaking, water has an impact on BCD in catalysts
What are the hazards of moisture on the surface of a Klaus catalyst? B. The catalyst is prone to thermal degradation when its temperature rises, causing it to become ineffective
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What are the hazards of moisture on the surface of a Klaus catalyst? A. Clogs the catalyst, causing it to become ineffective. B. The catalyst is prone to thermal degradation when its temperature rises, which leads to its ineffectiveness. C. The active substances in the catalyst react, resulting in its ineffectiveness ； D. The presence of water affects the catalyst’s selectivity and increases side reactions.