Question: simulation in EDR ASPEN PLUS Design a BEM shell and tube exchanger for 100,000lb/h of ethylene glycol (EG) at 250F cooled to 130F using cooling

simulation in EDR ASPEN PLUS
simulation in EDR ASPEN PLUS Design a BEM shell and tube exchanger

Design a BEM shell and tube exchanger for 100,000lb/h of ethylene glycol (EG) at 250F cooled to 130F using cooling water heated from 90F to 120F. The shell and the tubes side fouling resistances are 0.004(httF/Btu). Find an optimal design considering alternatively respect to EDR defaults: a. A CEN configuration b. A 45 rotated square pitch c. A smaller number of baffles (increase spacing between them) d. A larger tube OD (i.e. 1.0in ) Report: Prepare a short five (5) page report describing your system, results obtained (including plots), and a short discussion. The report format should be double spaced, Arial 12 font, and references in ACS format. The five pages of the report do not include references. Submit your report (.pdf) and Aspen (.bkp) files by uploading on the Moodle assignment before the due date

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