2017-8-2 Purification Technology Edition Daily Question
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The last edit to this post was made by hai8487 on 2017-8-2 at 22:35. What indicates that the catalytic oxidation and cooling process is complete? It is when a large amount of air is introduced into the catalyst, and the furnace temperature stops rising; at the same time, the oxygen content at the outlet of the converter reaches 20%. Coalification Technology Section – “My Technical Upgrades” in the field of coal chemicals for 2017 (with generous rewards): http://bbs.hcbbs.com/thread-1786290-1-1.html. Registration for Chemical Engineers – Experience Sharing event titled “Learning from Others’ Experiences”: http://bbs.hcbbs.com/thread-1808158-1-1.html
After a large amount of air was introduced, the furnace temperature no longer rose
After a large amount of air was introduced into the catalyst, the furnace temperature stopped rising, and the oxygen content at the outlet of the shift converter was 20%
After a large amount of air was introduced, the furnace temperature stopped rising; the oxygen content at the converter outlet was 20%
After a large amount of air was introduced into the catalyst, the furnace temperature stopped rising, and the oxygen content at the outlet of the shift converter was 20%
After a large amount of air was introduced into the catalyst, the furnace temperature stopped rising, and the oxygen content at the outlet of the shift converter was 20%
After a large amount of air was introduced, the furnace temperature stopped rising; the oxygen content at the converter outlet was 20%
(After introducing a large amount of air) the furnace temperature no longer rises; the oxygen content at the converter outlet is 20%)
After a large amount of air was introduced into the catalyst, the furnace temperature stopped rising, and the oxygen content at the outlet of the shift converter was 20%
After a large amount of air was introduced into the catalyst, the furnace temperature stopped rising, and the oxygen content at the outlet of the shift converter was 20%
After a large amount of air was introduced into the catalyst, the furnace temperature stopped rising