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Course module: 202001514
202001514
Sustainable chemicals for Chemical Engineering students
Course info
Course module202001514
Credits (ECTS)2.5
Course typeCourse
Language of instructionEnglish
Contact persondr. M.P. Ruiz Ramiro
E-mailm.p.ruizramiro@utwente.nl
Lecturer(s)
Lecturer
dr.ir. A.G.J. van der Ham
Lecturer
dr. M.P. Ruiz Ramiro
Contactperson for the course
dr. M.P. Ruiz Ramiro
Lecturer
ir. S. Zamani Gharaghooshi
Academic year2020
Starting block
JAAR
Application procedureYou apply via OSIRIS Student
Registration using OSIRISYes
Aims
This course is aimed for students enrolled in the Master of Chemical Engineering.
 
The course is organized as 7 online lectures and 4 Aspen Plus based assignments. There are some reference materials referred to as the source for Aspen Plus software.
 
The theory deals with the following topics:
  • Emissions in the chemical industry and the production of primary chemicals.
  • Sustainable approach for the production of primary chemicals.
  • Biomass processing and its role in the green future.
  • Plastics production and recycling toward a close-loop economy.
 
During the course, student will be introduced to the software Aspen Plus and will have to go through some basic assignments before being able to participate in the final assignment, which is based on a flowsheet of a process for sustainable production of chemicals.
 
The final assignment is individual and includes:
  • Development of an alternative production process for a specified chemical based on a renewable or a circular feedstock.
  • The description of this flowsheet
  • The simulation of this flowsheet in a commercial flowsheeter (Aspen Plus).
  • Analysis of the results with focus on sustainability criteria as for instance carbon efficiency, energy efficiency, emissions per amount of product etc.
 
The student has to submit a report discussing their simulation, assumptions, specifications and results. They also need to submit their Aspen Plus files. The final mark is based on the oral evalution, the report and the simulations.
 
The course is organized as 7 online lectures and 4 Aspen Plus based assignments. There are some reference materials referred to as the source for Aspen Plus software.
 
The theory deals with the following topics:
  • Emissions in the chemical industry and the production of primary chemicals.
  • Sustainable approach for the production of primary chemicals.
  • Biomass processing and its role in the green future.
  • Plastics production and recycling toward a close-loop economy.
 
During the course, student will be introduced to the software Aspen Plus and will have to go through some basic assignments before being able to participate in the final assignment, which is based on a flowsheet of a process for sustainable production of chemicals.
 
The final assignment is individual and includes:
  • Development of an alternative production process for a specified chemical based on a renewable or a circular feedstock.
  • The description of this flowsheet
  • The simulation of this flowsheet in a commercial flowsheeter (Aspen Plus).
  • Analysis of the results with focus on sustainability criteria as for instance carbon efficiency, energy efficiency, emissions per amount of product etc.
 
The student has to submit a report discussing their simulation, assumptions, specifications and results. They also need to submit their Aspen Plus files. The final mark is based on the oral evalution, the report and the simulations.
 
 
Content
This course deals with the emissions associated with the production of chemicals through conventional (fossil fuel-based) methods, and the sustainable approach to replace their production. During the course, the route for the production of the most important chemicals in the industry will be investigated. The advantages and the bottlenecks in the sustainable production of chemicals will be studied to identify future development possibilities. At the end of the course we expect students to be able to synthesis alternative production processes, to simulate this process with the flowsheeting tools available (e.g. Aspen Plus). A thermodynamic correct description of the different phase equilibria is critical for an adequate description of the process.
 
Assumed previous knowledge
Mandatory:
Basic knowledge of mass and energy balance
Recommended:
Aspen plus flow sheeting (Manuals are provided in the course content)
Participating study
Master Sustainable Energy Technology
Participating study
Master Chemical Engineering
Required materials
Course material
Online video lectures
Recommended materials
Course material
Online content (articles and manuals)
Instructional modes
Assignment
Presence dutyYes

Lecture
Presence dutyYes

Project unsupervised
Presence dutyYes

Self study without assistance
Presence dutyYes

Tests
Exam

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Kies de Nederlandse taal