The list of topics covered in the lectures can be downloaded from the bottom of this site.
Requirements of the subject Chemical Unit Operations 2
Term: 2019/20/I
The aim of the subject ’Chemical Unit Operations 2’ is to gain knowledge on the most significant areas in the bachelor studies of chemical and biochemical engineering, mass transfer and chemical reactors. During the lectures, certain unit operations, the main types of equipment and simple mathematical calculations will be explained. The subject is based (continues) the theoretical knowledge obtained in Chemical Unit Operations 1. Attendance is checked at random by 10 short tests during the lectures. In order to obtain the signature, students need to write at least 7 out of the 10 short tests. Esch test is graded from 0 to 1. Sum of the points is added to the point of the examination before calculating the mark (written exam) or is someone has more than 10 points, the written entry test is accounted as passed.
Exam: only when one has a valid signature.The mark from the theoretical curriculum (the material heard at the lectures or got as homework, the theoretical knowledge related to the calculation practice and the laboratory practices) can be obtained during an oral or written exam. The exam needs to be passed in order to complete the subject. The exam can be a written one or a written and oral examination. In the latter case, to be able to participate in the exam, one has to pass a written entry test. A preliminary exam can only be taken if the student obtains the signature without using the retake calculation midterm to do so. Credit points: 6 (The final mark consists of the calculation mark (25%), the laboratory mark (25%) and the mark of the final exam (50%), the final rounding is done by the lecturer correcting the exams.)
Budapest, 13 Sept 2019
(Dr. Edit Székely)
Associate professor
Lectures
Slides can be downloaded from the bottom of the page. It is compolsury to attend the lectures (minimum 66 %) in order to obtain a signature. Thursdays 12:15-15:00, F II I floor, ex-computer room.
Study books (previously shared via e-mail)
For the reactor part Chemical reactor theory: and introduction (K. G. Denbigh, J. C. R. Turner), ideal reactors + residence time distribution: https://books.google.hu/books/about/Chemical_Reactor_Theory.html?id=aXs6AAAAIAAJ&redir_esc=y
For separation processes Industrial separation prosecces (André B. de Haan, Hans Bosch), intorduction, disitllation, extraction, absorption: https://books.google.hu/books/about/Industrial_Separation_Processes.html?id=TzCxNAEACAAJ&redir_esc=y
Calculation seminars
bring calculator, liner, pencil and diagrams.
Laboratory practice
Fridays 12:15-15 in DCS pilot plant laboratory