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CHBE446

Process Engineering Economics and Design II

Spring 2024


Teams
Project #1
Team Topic Members

1 3 gas+ammonia Ahlayah Edmonds, Hablon Kouassi, Ethan Ravotta, Mary Akshetha Sherry
2 8 CH4+hybrid Jonathan Capps, Lydia Stricker, Jeffrey Tsao, Christine Zhou
3 5 gas+membrane Olivia Anderson, Riordan Correll-Brown, Thomas Ogunsola, Vipulan Sritharan
4 6 coal+membrane Aaron Forest, Daniel Ivanov, Catherina Samson, Jillian Schwartz
5 4 coal+ammonia Lane Crofton, Tran ND Do, Michael Schachter, Parnian Tabarzadi, Samaa Zaman
6 9 fuel Natalya Brown, Christopher Duchak, Andrew Loveland, Elisa Zeng-Mariotti
7 7 electrolysis Gianna Borgese, Justin Graves, Matthew Jarvis, Kiana Yip
810 energy storageNicholas Thomas, Jacob Wheeler, Matthew Wyble, Nicole Zhang
9 2 coal+amine Himadhri De Jacolyn Seneviratne, Luke Hakun, Reuben Spencer, Hayden Whitley
10 1 gas+amine Abid Khalid, Madelyn Kohler, Darren Nguyen, Aimrick Nya Nya, Peter Sabo


Schedule
WeekDate Topic Due

2 1/29 Overviewsyllabus, assemble teams, project #1 overview
3 2/05Project 1team presentations
Team 6 Aspen: material balance & reaction of custom compounds (e.g., CHxOyNz etc.)
Team 8 theory/Aspen: heat transfer/exchangers
Team 7 theory & non-Aspen simulation: staged separation unit-ops (absorber/stripper, distillation, etc.)
Team 5 Aspen simulation: staged separation unit-ops (absorber/stripper, distillation, etc.)
Team 10 theory & non-Aspen simulation: centrifugation/sedimentation
Team 9 Aspen simulation: centrifugation/sedimentation
Team 4 theory & non-Aspen simulation: filtration/dialysis/membrane
Team 1 Aspen simulation: filtration/dialysis/membrane
Team 3 theory/non-Aspen simulation: kinetics/reactors (steam reforming & Habor-Bosch)
Team 2 Aspen simulation: kinetics/reactors (steam reforming & Habor-Bosch)
4 2/12Project 1Interim Report 1.1
Individual meeting slots
M2:00pm Team 5, 4 coal, ammonia carbon capture
M2:15pm Team 1, 3 natural gas, ammonia carbon capture
M2:30pm Team 7, 7 electrolysis
M2:45pm Team 6, 9 fuel in NH3 economy
M3:00pm Team 4, 6 coal, membrane carbon capture
M3:15pm Team 9, 2 coal, amine carbon capture
M3:30pm Team 10, 1 natural gas, amine carbon capture
M3:45pm Team 2, 8 CH4 + hybrid
M4:00pm Team 8, 10 modular electrical energy storage
M4:15pm Team 3, 5 natural gas, membrane carbon capture
5 2/19 Project 1Interim Report 1.2
6 2/26 Project 1Interim Report 1.3
7 3/04 Project 1Interim Report 1.4
8 3/11 Project 1Interim Report 1.5
Project #1 preliminary report (team, optional)

  3/18Spring Break

9 3/25 Project 1Project #1 final presentation/report (team)
10 4/01 Project 2Overview project description
11 4/08 Project 2Interim Report 2.1
Individual meeting slots
M2:00pm Team ?,
M2:15pm Team ?,
M2:30pm Team ?,
M2:45pm Team ?,
M3:00pm Team ?,
M3:15pm Team ?,
M3:30pm Team ?,
M3:45pm Team ?,
M4:00pm Team ?,
M4:15pm Team ?,
12 4/15 Project 2Interim Report 2.2
13 4/22 Project 2Interim Report 2.3
14 4/29 Project 2Interim Report 2.4
Project #2 preliminary report (team, optional)
15 5/06 Project 2Project #2 final presentation/report (team)

Class Handouts & Lecture Notes

Return to Prof. Nam Sun Wang's Home Page
Process Engineering Economics and Design II
Forward comments to:
Nam Sun Wang
Department of Chemical & Biomolecular Engineering
University of Maryland
College Park, MD 20742-2111
301-405-1910 (voice)
301-314-9126 (FAX)
e-mail: nsw@umd.edu ©2024 by Nam Sun Wang
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