← 2.2. If the mass flowrate, the fluid density, and the heat exchanger were to remain unchanged and the pressure drop ch

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← 2.2. If the mass flowrate, the fluid density, and the heat exchanger were to remain unchanged and the pressure drop ch

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2 2 If The Mass Flowrate The Fluid Density And The Heat Exchanger Were To Remain Unchanged And The Pressure Drop Ch 1
2 2 If The Mass Flowrate The Fluid Density And The Heat Exchanger Were To Remain Unchanged And The Pressure Drop Ch 1 (46.07 KiB) Viewed 27 times
← 2.2. If the mass flowrate, the fluid density, and the heat exchanger were to remain unchanged and the pressure drop changed to 5.5 kPa, what would be the viscosity of the shell side fluid near the walls? (5) [15] Question 3 Determine the total capital investment of a fluid processing plant that has unit operations with material specifications and delivered costs given in table 2 below. Assume that the working capital is 15% of the fixed capital investment. Use the costing data as specified in the textbook: Sinnott and Towler, 2012 (provided in the formula sheet). Table 2 Equipment Delivered cost (Based on Material of construction Carbon steel) Reactors Nickel alloy R133 000 Distillation column 316 Stainless steel R110 000 Heat exchangers Carbon steel R65 683 Pumps and motors Carbon steel R22 777 Storage tanks Carbon steel R18 539 3 ||| pu TOTAL MARKS: 45 UNISA 2022 O < [15] ←
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