For the shell and tube heat exchanger described in Problem 9 25, compute the pressure difference for both fluids between two points 5 25 m apart if the heat exchanger is horizontal In Problem Refer to the shell and tube heat exchanger shown in Fig 9 13 The outer tube has an OD of 7 8 in and the OD of the inner tube is frac12 in Both tubes are standard steel tubes with 0 049 in wall thicknesses The inside tube carries 4 75 gal min of water at 200 deg F and the shell carries 30 0 gal min of ethylene glycol at 77 deg F to carry heat away from the water Compute the Reynolds number for the flow in both the tube and the shell Shell fluid in Shell Tube Section A A Y Shell fluid out

Question: For the shell-and-tube heat exchanger described in Problem 9.25, compute the pressure difference for both fluids between two points 5.25 m apart if the heat

For the shell-and-tube heat exchanger described in Problem 9.25, compute the pressure difference for both fluids between two points 5.25 m apart if the heat exchanger is horizontal.

In Problem

Refer to the shell-and-tube heat exchanger shown in Fig. 9.13. The outer tube has an OD of 7/8 in and the OD of the inner tube is ½ in. Both tubes are standard steel tubes with 0.049-in wall thicknesses. The inside tube carries 4.75 gal/min of water at 200°F and the shell carries 30.0 gal/min of ethylene glycol at 77°F to carry heat away from the water. Compute the Reynolds number for the flow in both the tube and the shell.

Shell fluid in Shell Tube Section A-A Y Shell fluid out

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