For the four fluid streams listed below create the following: 1. Composition cur

Question

For the four fluid streams listed below create the following:

1. Composition curves for both hot and cold streams

2. Shifted composition curves for both streams

3. List minimum utilities usage

4. State Pinch temperature

5. Design a heat exchanger network compliant with max heat recovery

all for delta T of 25 degrees C

Hot Stream 1:

Heat Capacity Flowrate CP (kW/K) = 0.2

Initial Temp Ts (degrees C) = 350

Final Temp Tf (degrees C) = 50

Hot Stream 2:

Heat Capacity Flowrate CP (kW/K) = 0.4

Initial Temp Ts (degrees C) = 250

Final Temp Tf (degrees C) = 50

Cold Stream 3:

Heat Capacity Flowrate CP (kW/K) = 0.1

Initial Temp Ts (degrees C) = 20

Final Temp Tf (degrees C) = 200

Cold Stream 4:

Heat Capacity Flowrate CP (kW/K) = 0.3

Initial Temp Ts (degrees C) = 100

Final Temp Tf (degrees C) = 300

The Pinch approach produces a result backed up by thermodynamics so it will work!

Minimum Heating Utility (kW) =?

Minimum Cooling Utility (kW) =?

Pinch temperature (degrees C) =?

NUMBER OF HEAT EXCHANGERS REQUIRED =?

Summary:

Streams interchanged =?

Heat (kW) of each =?

Hot stream inlet and outlet temperature =?

Cold stream inlet and outlet temperature =?

HELP PLEASE

Explanation / Answer

i have solved the complete question with different set of values of temperature but each and everything is same after following it u will solve this by yourself.....i took pics of high quality so that it will easier for u to zoom and read...but i am not able to upload those pics as such high quality pics are not accepted by this server. just comment me ur mail ID then i will mail the solution to u. Then if u feel satisfied which u will.....rate this answer as 5 star....forget about our agreement and 3000 pts are okay for me

Related Questions

Navigate

• Browse (All)
• Browse F
• Subjects

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.