pddassign1-2009 - BIRLA INSTITUTE OF TECHNOLOGY &...

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BIRLA INSTITUTE OF TECHNOLOGY & SCIENCE, PILANI SEMESTER-II, 2008-2009 PROCESS DESIGN DECISIONS (CHE C332) ASSIGNMENT-1 Instructor-in-charge: Prof B V Babu LAST DATE FOR SUBMISSION: 24-02-2009 (Tuesday) BEFORE 5 PM Q. For the problem given with Δ T min = 20 0 C or 0 F (or 10 0 C or 0 F), depending upon the problem, carry out the Energy Integration Analysis (Heat Exchanger Network Synthesis) using Pinch Technology by determining the following: (a) Net amount of heat available in the streams based on I law. (b) Shifted temperature scales diagram with net heat in respective intervals. (c) Construction of cascade diagram. (d) Temperature-Enthalpy diagram. (e) Total area requirement, a priori , network proposal. (f) Minimum hot and cold utilities requirement. (g) Pinch temperature. (h) Hot end Design (Design above the Pinch). (i) Cold end Design (Design below the Pinch). (j) Heat Exchanger Network for the Maximum Energy Recovery (MER). (k)
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pddassign1-2009 - BIRLA INSTITUTE OF TECHNOLOGY &...

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