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A feed stream flowing at 1000 kg/h contains 20% KNO3 and 80% H2O. The stream enters an evaporator where part of water is evaporated and the stream exits with 50% KNO3. The evaporator outlet stream enters a crystallizer. The bottom product stream of the crystallizer contains 4% H2O and the balance is KNO3. The outlet stream from the crystallizer is recycled and combined with the fresh feed stream. The recycle stream consists of 0.6 kg KNO3/kg H2O. Draw and label the process flowchart and calculate the recycle to fresh feed ratio.

Question-AnswerCategory: Material And Energy BalanceA feed stream flowing at 1000 kg/h contains 20% KNO3 and 80% H2O. The stream enters an evaporator where part of water is evaporated and the stream exits with 50% KNO3. The evaporator outlet stream enters a crystallizer. The bottom product stream of the crystallizer contains 4% H2O and the balance is KNO3. The outlet stream from the crystallizer is recycled and combined with the fresh feed stream. The recycle stream consists of 0.6 kg KNO3/kg H2O. Draw and label the process flowchart and calculate the recycle to fresh feed ratio.
GCT asked 1 year ago

A feed stream flowing at 1000 kg/h contains 20% KNO3 and 80% H2O. The stream enters an evaporator where part of water is evaporated and the stream exits with 50% KNO3. The evaporator outlet stream enters a crystallizer. The bottom product stream of the crystallizer contains 4% H2O and the balance is KNO3. The outlet stream from the crystallizer is recycled and combined with the fresh feed stream. The recycle stream consists of 0.6 kg KNO3/kg H2O. Draw and label the process flowchart and calculate the recycle to fresh feed ratio.
 

1 Answers
Satyam Kumar answered 1 year ago

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Fneun na 28 실。) Gavan kend = 1000kg/m. houd 0.375 : (200 os) ラ Arvic urt puedat keuty ton@yfar iges

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