Once upon a time, a student from a certain university wants to learn crystallizationusing a Swenson-Walker crystallizer. The capacity of this crystallizer is 0.6124 Ib/sof FeSO4 slurry leaves at 300 K. The flow mechanism of the cooling is counter currentthrough the jacket and its temperature increases from 61 to 70 F. The overall heattransfer coefficient has been estimated to be 190 Sl units.(). Determine the requirement for cooling water in kg/hr(i) Let supposed that each crystallizer unit is 3.5 yard long and each metre ofcrystallizer provides26.91 ft? surface, how many crystallizer units will be required?

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Once upon a time, a student from a certain university wants to learn crysta using a Swenson-Walker crystallizer. The capacity of this crystallizer is 0.6 of FESO4 slurry leaves at 300 K. The flow mechanism of the cooling is counter hrough the jacket and its temperature increases from 61 to 70 F. The over ransfer coefficient has been estimated to be 190 Sl units. ). Determine the requirement for cooling water in kg/hr (i) Let supposed that each crystallizer unit is 3.5 yard long and each metre

Once upon a time, a student from a certain university wants to learn crysta using a Swenson-Walker crystallizer. The capacity of this crystallizer is 0.6 of FESO4 slurry leaves at 300 K. The flow mechanism of the cooling is counter hrough the jacket and its temperature increases from 61 to 70 F. The over ransfer coefficient has been estimated to be 190 Sl units. ). Determine the requirement for cooling water in kg/hr (i) Let supposed that each crystallizer unit is 3.5 yard long and each metre

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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