A 100hot stream of mixture of water, butanol and acetic acid (10 %, 45% and 45% wt. respectively) at 200°C and 4 bar is needed to be cooled to 100°C in a shell and tube heat exchanger. A cooling water is available at 20°C and 10 bar to be heated to 60°C. Design such a heat exchanger. The hot stream is allocated to the tube side while cooling water to shell side Cold in menta T-3 Ta 100% Hot out Hot in Collou Te ட் Part A 1. After adding all the mentioned component in properties go to simulation part 2. Since we don't have Qe we will add the heater first 3. Select the inlet stream and add all the needed properties. 4. Select the heater and add all the properties 5. Press run result to find the heat duty in kW (Qu) So Hot mixture T-300 7.C result hog 2-1 Me 8. Calculate m Cate 1: QH Cold mixture 231358 414008 40 T 11 Part C 9. After calculating the (mc) now we can go to the heat exchanger USUF Cold inler stream (only water) -0.1388kg/s 10. Select the inlet cold stream applied and all the requirement Do the same thing with hot inlet stream Hot inlet steam (mixture) t +34 Bo 1

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a 100hot stream of mixture of water butanol and acetic acid 10 45 and

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A 100hot stream of mixture of water, butanol and acetic acid (10 %, 45% and 45% wt. respectively) at 200°C and 4 bar is needed to be cooled to 100°C in a shell and tube heat exchanger. A cooling water is available at 20°C and 10 bar to be heated to 60°C. Design such a heat exchanger. The hot stream is allocated to the