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To increase popularity and foster technical exchanges among sea enthusiasts, 【One Question per Day】 is launched. Participation earns 4 points of wealth! 10 wealth points as a reward for correct answers or in-depth discussions! :Lol short answer question: What are the reasons for overpressure in the propylene recovery tank? 1. The recycling speed is too fast. 2. The condenser is clogged or not working effectively. 3. The amount of cooling water is low or the pressure is low. 4. Multiple kettles are recovered simultaneously. ======================================== ☛【Haichuan Activity Plan】I decide my own questions – I’ll choose the “best answer”! http://bbs.hcbbs.com/thread-1618021-1-1.html (Source: Haichuan Chemical Forum)
1. Recovery speed is too fast. 2. The condenser is clogged or not effective enough. 3. The volume of cooling water is low or the pressure is low. 4. Multiple reactors are being recovered simultaneously.
1. Recovery speed is too fast; 2. The condenser is clogged or not effective ; 3. Low volume or low pressure of cooling water ; 4. Multiple kettles are recovered simultaneously.
1. Recovery speed is too fast; 2. The condenser is clogged or not effective ; 3. Low volume or low pressure of cooling water ; 4. Recovery of several kettles simultaneously
1. Recovery speed is too fast; 2. The condenser is clogged or not effective ; 3. Low volume or low pressure of cooling water ; 4. Multiple kettles are recovered simultaneously.
Excessively high pressure during the recovery of the polymerization reactor;
This post was last edited by Promises Lost on 2016-10-9 at 13:34. Fast recovery speed, poor condensation effect
1. The recycling speed is too fast. 2. The condenser is clogged or not working effectively. 3. The amount of cooling water is low or the pressure is low. 4. Multiple kettles are recovered simultaneously.
The recycling condenser does not provide good cooling performance; Recycling speed is too fast
1. Recovery speed is too fast; 2. The condenser is clogged or not effective ; 3. Low volume or low pressure of cooling water ; 4. Recovery of several kettles simultaneously