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【Daily Question】Catalytic Cracking, Coking, and Reforming Version 20170118

2017-01-18View Original

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This post was last edited by 103388716 on 2017-1-18 at 11:35. To increase the popularity of this section, a daily question activity has been launched; the purpose of this activity is: “Learn a little bit every day, and make significant progress over ten days.” I hope everyone will participate actively; by learning and making progress, they can also easily bring wealth home :) . Note: As the number of daily questions keeps increasing, starting from January 16, 2017, replies to previous \"Daily Question\" posts will no longer earn rewards; the validity period for future \"Daily Question\" posts is set at 48 hours. Please understand, fellow sailors! Participation: Prize of 3 Wealth ; Correct answer: Reward of 8 wealth points ; Note: For questions from the same day, full feedback will be given if answered on the same day; answering the next day earns 3-5 wealth points as a reward. http://bbs.hcbbs.com/static/image/hrline/4.gif True or False Question (Reformation Section): In reformation reactions, in order to maintain the water-chlorine balance, the chlorine injection rate must be adjusted when the reaction temperature is increased ( ). A: Decrease B: Increase C: Remain unchanged. Correct answer: B. Petrochemical sector – Innovative ideas for energy savings through creative thinking: http://bbs.hcbbs.com/thread-1666758-1-1.html. Xiaomi phones are available for you to claim. A thread on the “Petrochemical Sector” page where chemical industry-related technical materials can be shared: http://bbs.hcbbs.com/thread-1654603-1-1.html. Many prizes are waiting for you to win (Source: Haichuan Chemical Forum)
Reply #22017-01-18
In the reformation reaction, in order to maintain the water-chlorine balance, the chlorine injection rate must be increased when the reaction temperature is raised (B). A: Decrease B: Increase C: Remain unchanged
Reply #32017-01-18
In the reformation reaction, in order to maintain the water-chlorine balance, the chlorine injection rate must be increased when the reaction temperature is raised (B). A: Decrease B: Increase C: Remain unchanged

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