Code: | EA0033 | Acronym: | RB |
Keywords | |
---|---|
Classification | Keyword |
OFICIAL | Interp/Personal professional attitudes and capac. |
OFICIAL | Environmental Technologies |
Active? | Yes |
Responsible unit: | Department of Chemical and Biological Engineering |
Course/CS Responsible: | Master in Environmental Engineering |
Acronym | No. of Students | Study Plan | Curricular Years | Credits UCN | Credits ECTS | Contact hours | Total Time |
---|---|---|---|---|---|---|---|
MIEA | 37 | Syllabus since 2006/07 | 3 | - | 6 | 56 | 162 |
To acquire with the necessary proficiency advanced knowledge in engineering regarding the design and operation of biological reactors that are used on wastewater treatment. To develop capabilities of reasoning and solving engineering problems related to the design and operation of biological reactors.
Design of biological reactors for wastewater treatment
Mass Transfer. Microbial kinetics.
1- Introduction 1.1 - The reactor in a biological treatment process - Basic concepts in biological treatment; 1.2 - Mass balances ; 2 – Reaction kinetics 2.1 - Yields 2.2 - Reaction rates 2.3 - Kinetics 2.4 - Temperature effect ; 3- Microbial growth 3.1 - Growth equations 3.2 - Product formation 3.3 - Biomass and product yield 3.4 - Heat generation 3.5 - Operation modes: Batch; Fed-batch; Continuous 3.6 - Inhibition ; 4- Ideal rbioreactors 4.1 - Introduction 4.2 - Mass and energy balances 4.3 - Stirred tank reactors (CSTR, BSTR, SBR) 4.4 - Chemostat with recirculation 4.5 - Tube reactor 4.6 - Non-ideal behaviour ; 5 - Scale-up; 6 – Mass transfer and reaction 6.1 – Mass transfer in two-phase systems 6.2 – Mass transfer and biological reaction ; 7- Introduction to Bioreactor Design 8 - Processes with suspended cells 8.1 - Initial project considerations 8.2 - Activated sludge 8.3 - Anaerobic digestors ; 9 - Fixed biomass processes 9.1 – Biofilms 9.2 - Trickling filters 9.3 - Rotating disk reactors 9.4 - Submerged culture reactors 9.5 - Fluidized bed reactors 9.6 – Gas-lift reactors 9.7 – UASB reactors 10. Application Examples 10.1 Nitrification and Denitrification 10.2 Other biological processes.
a) Theoretical/practical classes with oral teaching with illustrative examples. b) Problem solving classes where students will deal with design/operation problems
Designation | Weight (%) |
---|---|
Exame | 65,00 |
Teste | 35,00 |
Total: | 100,00 |
According to the general rules of FEUP.
There are 2 evaluation moments:
First evaluation moment: "Mid-term Test", involving the assessment of Chapters 1 to 5;
Second evaluarion moment: Final Exame (Normal and/or Repetition), involving all subjects of the Biological Engineering course.
The Final Classification is the best of the two following models:
Model A: Weighed average of the Mid-Term test (35%) and the Final Exam (65%); or:
Model B: Final Exam (100%)
In both Assessment Models, the Final Exam includes all the subjects of the course.
The first test is scheduled for the end of March or in April.
The dates for the Final Exams are defined according to FEUP's exams calendar.
Final grade improvement can be obtained in the repeating exam (Juyly).
For approval, the final grade must be equal to or higher than 10.