[Soda Ash Knowledge] Daily Question (33) 11/5/2009
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Please hide the replies; no scoring will be given in principle if they are not hidden. Specific hiding method: http://bbs.hcbbs.com/viewthread.php?tid=492556&highlight=%D2%FE%B2%D8 Posts that have been edited are not rated. (The question for this issue is taken from page 67 of \"Technical Worker Training Question Bank – Soda Ash Production Operators.\" An electronic version of this book is available for download in the soda ash information sharing area: http://bbs.hcbbs.com/thread-13140-1-2.html) Short answer question: What is the reverse material flow process?
When Semi-Mother Liquid II overflows into the salting-out crystallizer to produce ammonium chloride crystals through salting out, these crystals are sent back to the crystal bed in the cold crystallization reactor using equipment such as slurry pumps. The process in which all the ammonium chloride product is obtained from the cold crystallization reactor is known as the reverse material flow process.
Semi-mother liquor 11 overflows into the salting-out crystallizer where ammonium chloride crystals are formed through salting out; these crystals are then sent back to the crystal bed in the cold-crystallization crystallizer using equipment such as slurry pumps. All of the ammonium chloride product is obtained from the cold-crystallization crystallizer.
The semi-mother liquor II overflows into the salting-out crystallizer where ammonium chloride crystals are formed through salting out; these crystals are then sent back to the crystal bed in the cold crystallization reactor using equipment such as slurry pumps. The process in which all the ammonium chloride product is obtained from the cold crystallization reactor is known as a counter-current process.
The semi-mother liquor II overflows into the salting-out crystallizer where ammonium chloride crystals are formed through salting out; these crystals are then sent back to the crystal bed in the cold crystallization reactor using equipment such as slurry pumps. The process in which all the ammonium chloride product is obtained from the cold crystallization reactor is known as the reverse material flow process.
Half of the MII overflow into the salting-out crystallizer, where salt is added to precipitate ammonium chloride crystals; these crystals are then sent back to the crystal bed in the cold crystallization reactor using equipment such as slurry pumps. The process in which all the ammonium chloride product is obtained from the cold crystallization reactor is known as the reverse material flow process.
Half-mother liquor II overflows into the salting-out crystallizer where ammonium chloride crystals are formed through salting out; these crystals are then sent back to the crystal bed in the cold crystallization reactor using equipment such as slurry pumps. The process in which all of the ammonium chloride product is obtained from the cold crystallization reactor is known as a counter-current process.
Semi-mother liquor II overflows into the salting-out crystallizer where ammonium chloride crystals are formed through salting out; these crystals are then sent back to the crystal bed in the cold crystallization reactor using equipment such as slurry pumps. The entire ammonium chloride product is obtained through the process of crystallization in the cold crystallization reactor.
The semi-mother liquor II overflows into the salting-out crystallizer where ammonium chloride crystals are formed through salting out; these crystals are then sent back to the crystal bed in the cold crystallization reactor using equipment such as slurry pumps. The process in which all the ammonium chloride product is obtained from the cold crystallization reactor is known as the reverse material flow process.
What is the reverse material flow process? Answer: Semi-mother liquor II overflows into the salting-out crystallizer where ammonium chloride crystals are formed through salting out. These crystals are then sent back to the crystal bed in the cold crystallization reactor using equipment such as slurry pumps. The process in which all of the ammonium chloride product is obtained from the cold crystallization reactor is known as the reverse material flow process. 1# chen3jun
What is the reverse material flow process? Answer: Semi-mother liquor II overflows into the salting-out crystallizer where ammonium chloride crystals are formed through salting out; these crystals are then sent back to the crystal bed in the cold crystallization reactor using equipment such as slurry pumps. The process in which all the ammonium chloride product is obtained from the cold crystallization reactor is known as the reverse material flow process.