ÅBO AKADEMI UNIVERSITY DEPARTMENT OF CHEMICAL ENGINEERING STUDY GUIDE MASTER S DEGREE PROGRAMME IN CHEMICAL ENGINEERING

Transcription

1 ÅBO AKADEMI UNIVERSITY DEPARTMENT OF CHEMICAL ENGINEERING STUDY GUIDE MASTER S DEGREE PROGRAMME IN CHEMICAL ENGINEERING

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3 s 1 The Department of Chemical Engineering Department and decision making The Department s academic office (former Faculty office) The academic neighbourhood Registration for the study year Course registration Eaminations Certificates and study transcripts Computers Libraries Career Services General information about studies Student activities Study programme Academic year The structure of the studies Eamination procedures Course descriptions Åbo Akademi University Eamination Instructions Courses Eam dates

4 Study Guidebook This guidebook has been compiled for students that study at Åbo Akademi University in the Master s Degree Programme in Chemical Engineering. Its purpose is to give information about available s, the study structure and about certain procedures. 1 The Department of Chemical Engineering The Faculty of Chemical Engineering, today known as the Department of Chemical Engineering, was founded in 1920 and had two professors and few students at that time. The Department has epanded a lot since those days and now has more than 20 professors, more than 200 teachers and researchers and a total of about 1300 students. In 2006 the Faculty of Chemical Engineering change its name to the Faculty of Technology. However, as of the Faculty of Technology ceased to eist and today the Department of Chemical Engineering is part of the Division for Natural Sciences and Technology at Åbo Akademi University. The other three departments in the same division are: the Department of Biosciences, the Department of Information Technologies and the Department of Natural Sciences. The laboratories at the Department of Chemical Engineering that take part in the programme are: - Analytical Chemistry AK Aelia I 2 nd floor (Analytisk kemi) - Heat Engineering VT Aelia I 3 rd floor (Värmeteknik) - Industrial Chemistry TK Aelia I 2 nd floor (Teknisk kemi och reaktionsteknik) - Industrial Management IEK Aelia II 3 rd floor (Industriell ekonomi) - Inorganic Chemistry OOK Aelia II 4 th floor (Oorganisk kemi) - Organic Chemistry OK Aelia II 4 th floor (Organisk kemi) - Paper Coating and Converting PaF Gadolinia 4 th floor (Pappersförädling) - Physical Chemistry FyKe Gadolinia 3 rd floor (Fysikalisk kemi) - Polymer Technology TPK Aelia II 4 th floor (Teknisk polymerkemi) - Process Control RT Aelia I 3 rd floor (Reglerteknik) - Process Design & System Engineering AST Aelia II 3 rd floor (Anläggnings- och systemteknik) - Fibre and Cellulose Technology FCT Gadolinia 1 st floor (Fiber- och cellulosateknik) - Wood and Paper Chemistry 3PK Gadolinia 5 th floor (Trä- och papperskemi) (The abbreviations above are taken from the Swedish names of the laboratories) The Department of Chemical Engineering has its facilities in Aelia (Biskopsgatan 8) and Gadolinia (Porthansgatan 3). The Department of Chemical Engineering has its web pages at: Department and decision making The Department of Chemical Engineering is lead by the Department Council and the Head of Department. The Department Council is the highest decision making body in the department. The Council consists of nine members together with deputies: three professors, three other employees and three students. The members are elected for a three-year period. 1

5 The Department Council elects a professor to be Head of Department and another person with a doctoral degree to be Deputy Head of Department. The Head of Department is the chairman of the board while the Deputy Head of Department is the deputy chairman of the board. The Head of Department decides on educational matters and matters concerning research that are not dealt with in other administrative bodies. The Head of Department should make sure that the department's educational and research responsibilities are being carried into effect. 1.2 The Department s academic office (former Faculty office) The Department s academic office (Studiekansliet) is located in the Gripen-building, Tavastgatan 13, Åbo. The office is open Monday-Friday at , Head of Student Affairs Ulla Bäckström can be met at the Department s academic office (studiekansliet) in Gripen from Monday to Thursday at or by mutual agreement, telephone , kt-studiechef@abo.fi. Department s academic office Gripen, Tavastgatan 13, Åbo. Open and Office secretaries Maria Hertell-Jalava, telephone , (study register) mhertell@abo.fi and Mary- Ann Hamberg-Ahola, telephone , (coordinator of the eams) mahamber@abo.fi Programme information relevant information can be found on the Internet: chemeng@abo.fi. It is recommended that you book an appointment with the Head of Student Affairs in advance by or telephone. 1.3 The academic neighbourhood Åbo Akademi University is located in Åbo/Turku, the oldest city in Finland, close to the medieval Cathedral and many of the University s buildings are situated along the street Biskopsgatan. The Department of Chemical Engineering operates in two buildings: Gadolinia and Aelia (Aelia has two parts: Aelia I and Aelia II). Aelia I is the older part at the street Biskopsgatan and Aelia II is the newer part situated behind the older part. The two parts are connected to each other. You can find a map over the campus at the address: Registration for the study year First-year students register for their first academic year The Student Union fee (approimately 100 ) is paid into a bank account using the pre-printed payment slips included in the admission letter. All new students must register during the period defined above and must present an identification card (e.g. driving licence) and a certified copy of their matriculation eamination certificate, as well as the receipt of the Student Union fee payment. A student card (studiekort) is obtained from the Åbo Akademi Student Union office (Studentkåren) in connection with registration. The Student Union office is located in the Kåren-building, Tavastgatan 22, Åbo. You need to prove that you have paid the student union fee by showing a receipt of the payment. Furthermore you need to provide a photo of yourself which is attached to the student card. The student card also shows your student number. 2

6 In order to maintain their status as students at the university all students at Åbo Akademi University have to notify the Student office of Åbo Akademi University (Studentepeditionen) whether they are present or not for the academic year. The Student office of Åbo Akademi University is located in the Gripen-building, ground floor, Tavastgatan 13, Åbo. Registration for second-year and older students can be done In order to register as present you first need to pay the Student Union fee. In July all students will receive a letter, a payment slip and an etract from the personal data in the Åbo Akademi University Study Register STURE. When you have been registered as present you can pick up your sticker for the academic year for the student card at the Student Union office or at the Student office of Åbo Akademi University. You do not have to present a receipt of payment of the Student Union fee at your place of registration in order to register, provided that you have paid the fee within the given time and used your personal reference number. 1.5 Course registration Registration is required for most s. In these cases registration is done in MinPlan: Instructions for registration are found at the following address: Eaminations Eams usually take place on Wednesdays during the whole study year. Students should register for eams at least five working days before the day of the eam; e.g. if the eam is on Wednesday, registration should be done one week before. You can find the eam dates for the majority of the MPCE s in the end of this guide. The registration is done on the address for all s that are in the database MinPlan (they have codes that contain 6 digits). For other s the enrolment lists can be found on the organising laboratory s notice board, which is situated near or in the laboratory s facilities. The students are usually not allowed to bring all the material to the eam, please see the descriptions Allowed accessories for more information. You should always check with the lecturer what material is allowed in each eam. The eamination during the general eamination day is four hours. There is often, however, an eam separately organised at the end of each, in which only the members can participate. The lecturer together with the students sets the date. The results of the eams are posted on the notice board of the laboratories. Normally they are posted no later than two weeks after the eam. There are only three opportunities to take an eam in the same, after that the lecturer should be contacted and the matter discussed. Registering for an eam counts as one of these three times even if the student does not show up at the actual eam occasion. The results of the s are stored in Åbo Akademi s study register (STURE). An unofficial transcript can be requested on the Internet at the following address: Log in with your user name and password, fill in your student number in the empty field and click the button net to it. A transcript is then sent to your address. If several weeks have passed since the finished but the result is still not in the register, contact the lecturer of the. Official transcripts can be requested from the Student Office or from the Academic Office (Tavastgatan 13). The eams are usually held in three lecture rooms: Ael and Stina, situated in Aelia I, and auditorium A, situated in Gadolinia. On the day of the eam, a list is posted outside each of these auditoriums telling in which auditorium each student should be. Further instructions concerning the Eamination procedures can be found in chapter two. 3

7 1.7 Certificates and study transcripts Certificates and copies regarding study achievements and other study related issues can be obtained from the Student office of Åbo Akademi University in the Gripen-buildning, ground floor (Tavastgatan 13) or from the Department s academic office (former Faculty office) in the Gripen-buildning, 2 nd floor (Tavastgatan 13). An unofficial transcript can be requested on the Internet at the following address: Study achievements from other Universities (e.g. the University of Turku or Turku School of Economics) are not transferred automatically to Åbo Akademi University. The student must get a study transcript from the other university and bring it to the Study Advisor, who will see to it that the study achievements are transferred into the study record at Åbo Akademi University. When all s are completed and the Master s thesis is approved, the student can graduate and get his or her diploma. The diplomas are handed out once a month during the semester. To obtain the diploma, please contact the Head of Student Affairs, Ulla Bäckström, at the Department s academic office in the Gripen-building, 2 nd floor, Tavastgatan 13. More information about graduating and getting the diploma is found here: Computers The computers in Aelia's computer classes are available for all the students studying at the department. A username, password and a license to use the computers are needed. These can be obtained from the Computing Centre (Datacentralen) located in the ASA-building (Fänriksgatan 3). With the password it is possible to log on to any of the computers situated in Aelia's computer classes. Remember to always log off after use, so that no one else can use your computer domain. 1.9 Libraries To be able to borrow from the libraries students need to have a student card (studiekort). The loan time for books is usually 2 4 weeks. The Department has its own library on the ground floor in Aelia I, open from It offers everything from scientific journals to dictionaries. All laboratories also have their own small libraries, which offer more specialized literature. The main library of Åbo Akademi is situated in the vicinity of Gadolinia, Domkyrkogatan 2-4, telephone , and is open during the semesters from Monday to Thursday 9-20, Fridays 9-18, Saturdays The main library offers reading facilities and a reference library. Certain books can also be borrowed, but have to be reserved in advance. The book library, Fänriksgatan 3 A (telephone ), is also called the ASAlibrary and offers books, which can be borrowed on site as well as reading facilities. It is open from Monday - Wednesday and Friday 10-16, Thursday Loans can be renewed 10 times through Alma, unless the book has been reserved by somebody else.the reading facility has one copy of each book in the library. Reading room copies (location mark KB AH) are only given as over-night loans from 2.30 p.m. The books must be returned by a.m. the net working day. Overdue over-night loans will result in loss of borrowing rights. In the book library there is a reading room with 24 reading desks, a room for groupwork and 16 reading desks with computers. You can also connect your laptop to the wireless network using SparkNet. You will find more information about the libraries at Home page of the main library: 4

8 1.10 Career Services The Career Services at Åbo Akademi University (Arbetsforum), located at Henriksgatan 1 b (Agricola), provide information for both graduates and students. Their main task is to help students enter the labour market and to advice them on issues dealing with job-hunting. The Career Services offer employers direct access to highly skilled students and graduates. They work in close co-operation with the Career Services at the University of Turku, the Turku School of Economics and Business Administration and the Turku Employment Office. More information can be found on their website at General information about studies General information about studies can be found on the Internet at the following address: Especially the categories Student support services and Publications contain useful information Student activities The Student Union at Åbo Akademi University All students at Åbo Akademi University are required to be members of the Student Union (Åbo Akademis Studentkår), which takes care of its members interests in several ways. By being a member you receive a student card with which you obtain student discounts for trains, buses, hostels, students' restaurants, theatres etc. As a member you are also entitled to use the services of the Student Health Care Centre (Studenthälsan) at Kyrkvägen 13. The annual membership fee of the Student Union is around 100 euros. Kemistklubben The student activities at the Department of Chemical Engineering are lead by the student organisation for engineering and chemistry students, Kemistklubben vid Åbo Akademi r.f. It organizes both serious and non-serious events, varying from company and industry ecursions to parties. The organisation has it s office beside Aelia s computer classes on the first floor in Aelia I and can be visited between o clock every day, telephone , kk@abo.fi. The organisation sells some of the handouts (kompendium). They can be purchased from Monday to Friday from , telephone

9 2 Study programme Åbo Akademi follows the so-called Bologna reform concerning studies and credits. According to the new degree structure starting in 2005, the studies will be measured in credits (cr (sp)) (in Swedish studiepoäng, sp). Even if the term credit has already been used for a long time, these new credits do not have the same meaning as before. One old credit (studievecka, sv) is approimately equal to 1.8 new credits. The programme has a large variety of s. Each student has to make an individual study plan within May for the net study year with the computer program MinPlan, located at The Master s Programme in Chemical Engineering has three major subjects: Process chemistry (AK, FYKE, OK, OOK, TK, TPK) Process systems engineering (AST, RT, TK, VT) Pulp and paper technology (3PK, PaF, FCT) The programme has a total duration of two academic years and accounts for 120 cr (sp), of which 30 cr (sp) is for the Master s Thesis. 2.1 Academic year The academic year is divided into four periods, two during the autumn and two during the spring. These are the dates for the periods for the academic year : Period I: w Period II: w Period III: w Period IV: w Winter holiday: Easter holiday: Summer holiday: The structure of the studies Master s Thesis (30 cr (sp)) Advanced studies (30 cr (sp)) Minimum 20 cr (sp) in major subject Intermediate studies (20 cr (sp)) Optional studies (15 cr (sp)) Compulsory module (20 cr (sp)) Language studies (5 cr (sp)) The programme starts with compulsory studies consisting of a compulsory module (20 cr) and language studies (Swedish 5 cr). Information about the language s can be read on the website of the Centre for Language and Communication at The compulsory module represents the three specialization areas in the programme and contains the following s: 6

10 Principles of Process Engineering, 7 cr Principles of Chemical Reaction Engineering, 5 cr Wood and Fibre Chemistry, 5 cr Academic Writing, 3 cr After the compulsory studies the students select intermediate study s according to their own interest. A minimum of 20 cr of intermediate studies is required. A minimum of 30 cr of advanced studies is required minimum of 20 cr within the subjects that belong to the major subject and 10 cr optional s from other subjects. At least 6 cr have to be taken from the laboratory for which the Master's Thesis is undertaken. Additionally, there is a module of optional studies (15 cr). These studies can be any s at Åbo Akademi, for eample s in languages, economics, and intercultural communication or additional s within the Master s Programme. The Master's Thesis work accounts for 30 cr and is started in the second or third period of the second academic year. The Master's Thesis work is done for one of the participating laboratories. Contact a professor at the laboratory to discuss the Master s Thesis. 2.3 Eamination procedures The academic office manages most written eaminations at the Department of Chemical Engineering centrally. Certain procedures have been created to ease the management of the eaminations. This document is intended to eplain these procedures and give you instructions about what you should do when you intend to take part in a written eamination. Preparations The key to good grades is learning and preparation. Take part in lectures, read the material assigned for the, do the eercises, ask questions and try to understand not only the details but also the general picture. Your preparations will naturally be different depending on the type of eam and on what you are allowed to bring to the eam. Enrollment You have to enroll for the eam in MinPlan. The enrollment begins one month before the eam and closes 5 work days (usually one week) before the eam. Registration for eaminations in MinPlan Log on to MinPlan ( Go to My Registrations (Mina anmälningar) which is the second tab to the right. Then choose Eam registrations (tentamensanmälningar), which is the tab in the middle Go to Find new eams (Hämta nya tentamina) in the left-hand menu Look for the you would like to take the eam in. Look e.g. on the name or code and press Search (sök) When you find the you are searching for, choose the by ticking the bo beneath the Choose (Välj) column and then press Add (Lägg till) Make sure that the column Date of eamination (Tentamensdatum) on the left shows the date for when you want to take the eam. Press Register/Enroll (Anmäl) for the on the right date The following tet will appear up to the right: [message] (meddelande): [Registration complete] (Tentamensanmälan utfördes) Some eams are not found in MinPlan. The enrollment list will then be placed on the notice board of the laboratory that arranges the. You have to write your name and student number on the appropriate enrollment list no later than 5 work days before the eam (Wednesday at 13:15). 7

11 If you intend to take part in two eams at the same day you must write an to the Department s academic office secretary Mary-Ann Hamberg-Ahola at mahamber@abo.fi containing information about which two eams you would like to take part in. You must also enroll for both eams in MinPlan. When and where The centrally managed eams are always arranged on Wednesdays. They start at 13:15 and end 4 hours later. They are usually arranged in auditorium Stina and Ael in Aelia and in auditorium A in Gadolinia. Find out where these places are! You can find out which auditorium you will be in from lists posted on notice boards at the entrance to each of the auditoriums mentioned above. What to bring to the eam You should bring your own writing material and paper to write on as well as a calculator to all eams. You may also bring a dictionary. To some eams you are allowed or required to bring some specific material needed for the eam the teacher will specify the material. To some eams you may bring any material with the eception of solutions to eercises and solutions old eam questions and to some eams you may bring all material. You may of not use any kind of communication equipment like mobile phones or portable computers with wireless LAN. Rules in the eam room There are a number of rules you must follow during the eam. - Mobile phones must be turned off - You may not leave the eam room during the first hour (before 14:15) since others are allowed to arrive up until that time - You must sit at the place you have been assigned. The supervisor has a map with the sitting order. - If you take two eams simultaneously you must turn in your answers to the first eam before you get the papers for the second eam. You may choose which eam you want to take first. How to write the answers Begin by labeling the papers you write your answers on. All papers you return must at least have your name and student number on them. The supervisor has a bo with printed labels that you can use. Attach the label on the top of the first page by wetting it like a postage stamp. You report your answers or solutions to the eam questions in the same way as you do in eercises. Write clearly and eplain what you do. Turning in the eam papers After you have completed your work you check again that you have written your name and student number on all papers you intend to return. Leave your papers on the place where the supervisor tells you. Checking the results The teacher has two weeks time after the eam to go through and grade your eam papers. The results will then be posted on the notice board of the laboratory that arranged the. The lists usually contain your student number only as identification and your grade as a number. The grade is either not approved or a number between 1 (lowest) and 5 (highest). Some s are graded only as approved or not approved. You can also check your results in the student database through the Internet on the address: First you are asked to log on to the system. Use your normal username and password. You then write your student number in the assigned bo and click on Beställ. You can choose to order the form in both English and Swedish. The results will be sent to you as an . 8

12 3 Course descriptions The s run in four periods as described in the earlier chapter. In the following, the contents of the s are eplained in detail, as well as other relevant information concerning the s. Please note that the s might change due to changes in staff or based on demand. Information about new s can be found on the notice boards of the laboratories. Please, see the database MinPlan for the descriptions that are not here Eplanations to some Swedish words that can be found in the descriptions: Förberedelser = Preparations Grupp diskussioner = Group discussions Projektarbete = Project work Fördjupade studier = Advanced studies Hemuppgifter = Homework Tentamen = Eam Föredrag = Presentation Laborationer = Laboratory work Föreläsning = Lecture Ämnesstudier = Intermediate studies Närvaro/deltagande = Attendance Analytical Techniques for Pulp and Paper (5 sp) The students will learn to chemically characterize wood, paper and process waters using analytical techniques common in the pulp and paper industry and in research laboratories. Preparation, isolation and determination of wood constituents in wood, pulp and paper using different methods. Eamples of methods: etraction, chromatographic and spectroscopic methods (e.g., GC, GC-MS, HPLC, TLC, NMR, FTIR).The ends with practical laboratory work. Forms of education Lectures and practical laboratory work Forms of eamination Written eam and accepted laboratory report Prior knowledge needed Wood and Paper Chemistry (5 sp) Participants min/ma 3/40 Disabilities may complicate Practical laboratory work requires some mobility of the student eecution Other material Course book Laboratory responsible for TRÄ- OCH PAPPERSKEMI Time Period 1, Period 2 Föreläsningar (25.00h), Laborationer (30.00h), Tentamensförberedelser (18.00h), Allmän tent (skriftlig) (4.00h), Rapport/Slutrapport (20.00h), Förberedelser (34.00h) Right to take eam ends After 3 attempts Basics in Analytical Chemistry (5 sp) The gives an introduction to general analytical chemistry and skills to take part in the chemical and instrumental methods of analysis (CIMA). General principles of chemical analysis, analytical applications of solubility equilibria, acid-base, redo and compleometric equilibria and calculations, acid-base titrations (titration errors, choice of indicators, 9

13 logarithmic diagrams for different acid-base pairs, proton balance) will be discussed in the. Material will be provided concerning some general instrumental methods of analysis (potentiomety, spectrofotometry, atom spectroscopy (AAS = atom absorption spectroscopy and ICP = inductively coupled plasma). The instrumental methods part of the will be selfstudies. Common knowledge gained - comprehend the teory that has been gone through during the and apply that in practical laboratory works as well as in calculations. - producing eperimental results in form of graphs and to summarize that in a written report. Forms of education In the is included 12 h of lectures and practical eercises in the laboratory according to instructions in laboratory compendium. Forms of eamination Eamination will be based on a written eam (5 guestions) that will be graded with 1-5. Students within the MPCE. Laboratory responsible for ANALYTISK KEMI Time Period 2 Föreläsningar (12.00h), Laborationer (16.00h), Tentamensförberedelser (101.00h), Allmän tent (skriftlig) (4.00h) Right to eam achieved The practical eercises (laboratory works) should be passed before the final written eamination. Right to take eam ends After three times. Aids allowed during the eam A. Ringbom, Konstantsamling (book of stability constants); A. Ringbom, Compleation Reactions and Comple Equilibria (booklet), booklet of formulas Basics in Process Design (5 sp) The aim of the is to train the student to independently formulate, analyse and solve process design problems. The describes the use of mass and energy balances to calculate mass and energy flows in process systems, methods for calculation of pressure change for flows in pipe systems as well as pipe system curves and to analyze and size pipe systems, recalculation of pump characteristic curves and the use of these curves together with pipe system curves to determine the work point of pipe and pump systems, calculation of temperature increase in a compressor and to calculate power and heat flows in compressor systems, calculation of heat flow in heat echangers and methods for analysis of heating and cooling requirements in process systems using pinch analysis as well as estimation of capital and running costs of process systems using cost inde data and equipment cost data. Goal After completing the the student is epected to independently 10

14 formulate, analyse and solve process design problems using the compendium and eercises as help. Forms of education The central parts of the are demonstrated during lectures and trained in eercise assignments. Forms of eamination Written eam with calculations. all aid is allowed apart from a computer and solutions to eercise assignments and old eams. All eercise assignment reports must be approved before taking part in the eam. The is intended for students in the Master's Programme in Chemical Engineering as well as foreign echange students. Other material Course compendium: Basics in Process Design (2006) Homepage of the Laboratory responsible for ANLÄGGNINGSTEKNIK Time Period 1, Period 2 Föreläsningar (8.00h), Räkneövningar (8.00h), Kurstentamen (4.00h), Hemuppgifter (inlämnas) (32.00h), Litteratur (engelska) (40.00h), Tentamensförberedelser (40.00h) Right to eam achieved All eercise assignments must be approved one week before the eam and no later than two months after the end of. Right to take eam ends After three trials. Aids allowed during the eam All material is allowed to the eam ecept solutions to eercise assignments and old eams Basics of multivariate modelling and data analysis (5 sp) To teach the basics of multivariate modelling and data analysis techniques for applications in process and computer engineering, chemistry, biology and related fields. Review of matri algebra and statistical concepts; principal component analysis (PCA); linear regression using principal component regression (PCR), partial least squares (PLS) regression, etc.; applications in selected areas such as pattern recognition, multivariate calibration, image analysis, process monitoring and systems biology; software for multivariate modelling. Forms of education Reading (supervised self study) Forms of eamination Project work and/or eamination Master's and PhD students Additional prior knowledge A basic in probability and statistics is recommended. Other material Lecture notes Homepage of the Laboratory responsible for REGLERTEKNIK Time Period 2 11

15 Right to eam achieved Föreläsningar (10.00h), Litteratur (engelska) (50.00h), Handledning (5.00h), Projektarbete (ensam) (50.00h), Hemtentamen (20.00h) Completed project or assignments Bioactive glasses (4 sp) Introduction and definitions on bioactive materials, General characteristics of bioceramics, Bioactive materials and biological interaction, Melt-derived bioactive glasses, Sol-gel derived vs. melt-derived bioactive glasses, In vitro properties, Tailoring bioactive glasses for different clinical applications, Clinical applications, Composites containing bioactive glasses, Future for bioactive glasses. Introduktion och definitioner av bioaktiva material, de viktigate egenskaperna hos biokeramer, väelverkan mellan material och celler, sammansättningar hos biomaterial, bioaktiva glas i kliniska tillämpningar, bioaktiva glas i kompositer, forskning och framtid. Goal The student can in general terms descibe 1) interactions of bioceramics and bioactive materials with biological systems. 2) the influence of manufacturing parameters on properties, 3) in vitro reactions of glasses. Den studeranden skall i huvuddrag förstå 1) biokeramers och bioaktiva materials väelverkan mellan biologiska system, 2) hur tillverkningparametrar påverkar egenskaper, 3) in vitro reaktioner av glas Forms of education föreläsningar, grupparbete, seminarier Forms of eamination skriftlig tentamen Laboratory responsible for OORGANISK KEMI Time Period 3 Föreläsningar (36.00h), Kurstentamen (4.00h), Litteratur (engelska) (15.00h), Projektarbete (i grupp) (25.00h), Tentamensförberedelser (20.00h), Seminarietillfällen (6.00h) Biomass pretreatments and fractionation technology (4 sp) To give the students advanced understanding of the biomass (wood and annual plants) as a raw material, different pre-treatment concepts, fractionation theories, the technology to prepare bio-based products and the tools for their characterisation. Advanced strategies for investigation of new concepts for biomass utilization from a chemical, physical and technological approach. Goal After the is finished the student is epected to be able to define the basic principles for production of bio-based products from biomass as well as to be able to distinguish the potentials and the limits of the raw materials for biomass. The critical evaluation of current and prospective technologies and identification of suitable characterisation methods are also epected. 12

16 Forms of education Lectures, home assignement, seminar Forms of eamination Eam, participation in seminar Doctoral students in BIOREGS, Masters Programme in Chemical Engineering, post-graduate students, doktorander, Huvudämnet Träförädlings fördjupade modul (processteknik) Prior knowledge needed Aktuell fiberteknologi (7 sp), Fibre Technology (7 sp) Participants min/ma 5/40 Laboratory responsible for FIBER- OCH CELLULOSATEKNOLOGI Time Period 2 Föreläsningar (20.00h), Tentamensförberedelser (10.00h), Seminarietillfällen (8.00h), Förberedelser (20.00h), Tentamen (4.00h) Right to take eam ends After three trials Aids allowed during the eam No aid in the eam Bioreaction Engineering (4 sp) Att ge de studerande grundläggande kunskaper i biokemisk reaktionsteknik. To teach the principles of chemical reaction engineering in biochemical systems. Biokemiska reaktionsmekanismer, enzymstrukturer och enzymatisk kinetik, massöverföringseffekter i biokemiska processer samt modellering av bioreaktorer. Enzymatic reaction mechanisms and kinetics; modelling of biochemical reactors. Prior knowledge Grunderna i fysikalisk kemi och organisk kemi. Basics in physical and organic chemistry. Årskurs 3 eller 4 Year 3 or 4 Literature Bailey, J.E. and Ollis, D.F. Biochemical Engineering Fundamentals. McGraw Hill, New York. Valda avsnitt ur boken + utdelat material Homepage of the Laboratory responsible for TEKNISK KEMI OCH REAKTIONSTEKNIK Time Period 2 Föreläsningar (30.00h), Räkneövningar (10.00h) Right to eam achieved Räkneövningarna godkända Aids allowed during the eam ej lösta räkneövningar Book eam in physical chemistry, A (5 sp) Att ge fördjupade insikter inom ett specialområde i fysikalisk kemi. Tentamen av valbar, med eaminatorn överenskommen, bok inom ett specialområde i fysikalisk kemi. 13

17 Forms of eamination Tentamen Huvud- och biämnesstuderande på FM- eller DI-nivå samt forskarstuderande. Additional prior knowledge Fysikalisk kemi I och II, Teknisk yt- och kolloidkemi Other material Valbar bok inom området. Minst 500 sidor. Laboratory responsible for FYSIKALISK KEMI Time Period 1, Period 2, Period 3, Period 4 Litteratur (engelska), Tentamen Book eam in physical chemistry, B (8 sp) Att ge fördjupade insikter inom ett specialområde i fysikalisk kemi. Tentamen av valbar, med eaminatorn överenskommen, bok inom ett specialområde i fysikalisk kemi. Forms of eamination Tentamen Huvud- och biämnesstuderande på FM- eller DI-nivå samt forskarstuderande. Additional prior knowledge Fysikalisk kemi I och II, Teknisk yt- och kolloidkemi Other material Valbar bok inom området. Minst 800 sidor. Laboratory responsible for FYSIKALISK KEMI Time Period 1, Period 2, Period 3, Period 4 Litteratur (engelska), Tentamen Book eam in physical chemistry, C (10 sp) Att ge fördjupade insikter inom ett specialområde i fysikalisk kemi. Tentamen av valbar, med eaminatorn överenskommen, bok inom ett specialområde i fysikalisk kemi. Forms of eamination Tentamen Huvud- och biämnesstuderande på FM- eller DI-nivå samt forskarstuderande. Additional prior knowledge Fysikalisk kemi I och II, Teknisk yt- och kolloidkemi Other material Valbar bok inom området. Minst 1000 sidor. Laboratory responsible for FYSIKALISK KEMI Time Period 1, Period 2, Period 3, Period 4 Litteratur (engelska), Tentamen Chemical and instrumental methods of analysis (7 sp) 14

18 The is a continuation for the Basics in Analytical Chemistry within the subject of analytical chemistry. The gives an introduction to the theoretical background for the most common liquid based and instrumental methods of analysis and their analytical applications. The basic principles of etraction and ion echange analysis and their analytical applications are presented. The gives also the basic knowledge for use of different common instrumental methods of analysis. Within spectrophotometry UV-visible, FTIR, Raman and atomic spectroscopy techniques are presented. Different electrochemical methods such as potentiometry, voltammetry and amperometry are included. Different kinds of chromatographic methods: high performance liquid chromatography, ion chromatography and capillary electrophoresis are taken up and the theory of flow injection analysis is gone through. Calculation eercises and some laboratory eercises are included in the. Common knowledge gained - To know the theoretical knowledge included in the and to be able to apply it in practical laboratory work and to mathematically solve different analysis problems. - To be able to show eperimental results in graphical form and to summarize it in a written report. Forms of education In the 14 h of lectures is included and practical laboratory eercises are performed according to descriptions given in a laboratory compendium. Self-studying of the material and calculation eercises is required. Forms of eamination The eamination is based on a written eam including 5 questions. The eam is judged with the credit scale from 1 to 5. Students in Master's programme in Chemical Engineering and other echange students. Additional prior knowledge Basics in analytical chemistry Participants min/ma 1/20 Literature Daniel C. Harris. Quantitative Chemical Analysis W.H. Freeman. A. Ringbom. Compleation in analytical chemistry Wiley- Interscience. Chapters VI and VII Other material Lectures as Powerpoint slides Booklet of constants Booklet of formulas Calculation eercises Laboratory compendium Laboratory responsible for ANALYTISK KEMI Time Period 3 Föreläsningar (14.00h), Laborationer (18.00h), Tentamensförberedelser (150.00h), Allmän tent (skriftlig) (4.00h) Right to eam achieved Laborationerna godkända 15

19 Aids allowed during the eam Compleation in analytical chemistry (chapters VI and VII), Booklet of constants, Booklet of formulas Chemical Kinetics (5 sp) Ge förmåga att utföra reaktionskinetiska eperiment och tolka resultaten med hjälp av avancerade fysikalisk-kemiska teorier. To teach and understand the physical-chemical theories of chemical kinetics. Fysikalisk-kemiska teorier för reaktionshastigheter, elementära reaktioner i gas och i vätska, heterogen och homogen katalys, isotopeffekter, reaktionsdynamik och tolkning av eperimentella data på basen av reaktionskinetiska data. Rates of chemical reactions, transition state theory, reactions in gas and liquid, chain reactions, polymerisation and catalytic reaction kinetics Prior knowledge Kemisk reaktionsteknik eller Fysikalisk kemi I. Basics of physical chemistry Föreläses på engelska. Rekommenderas även för kemister med naturvetenskaplig bakgrund. Ingår i Graduate School in Chemical Engineering (GSCE). Additional remarks En veckas intensivkurs i december One-week intensive in December Literature Keith J. Laidler. Chemical Kinetics Harper Collins. + utdelat material Homepage of the Laboratory responsible for TEKNISK KEMI OCH REAKTIONSTEKNIK Time Period 2 Föreläsningar (30.00h), Räkneövningar (10.00h) Right to eam achieved Räkneövningarna godkända Aids allowed during the eam endast leikon, only dictionary Chemical materials processing technology (5 sp) Att ge fördjupade insikter i de ytkemiska egenskaperna hos material och om hur man molekylärt kan modifiera dem (molecular engineering). Ytkemins och flödesfenomens termodynamiska grunder. Vätnings- och transportfenomen på fasta ytor. Ytkondensation av ånga. Fukttransport och torkning. Eperimentella mätmetoder för materialens karakterisering samt för mätning av ytspänning och ytenergi. Forms of education Föreläsningar Seminarier Forms of eamination Uppsats Seminarium Tentamen 16

20 Huvud- och biämnesstuderande på FM- eller DI-nivå samt forskarstuderande. Additional prior knowledge Fysikalisk kemi I och II, Teknisk yt-och kolloidkemi Additional remarks Kursen ges på engelska om deltagarna till delar är utlänningar. Other material Utdelat kursmaterial. Homepage of the Laboratory responsible for FYSIKALISK KEMI Time Period 4 Föreläsningar (36.00h), Kurstentamen (4.00h), Tentamensförberedelser (45.00h), Seminarietillfällen (10.00h), Uppsats/Essä (40.00h) Right to eam achieved Närvaro vid föreläsningar, inlämnad uppsats samt presentation vid kursseminarium. Aids allowed during the eam Folke Eriksson: FYSIKALISK KEMI - FORMLER OCH TABELLER Chemical sensors (5 sp) Att ge studerande djupgående insikter i kemiska sensorer och deras praktiska tillämpningar. To give students deep insight into chemical sensors and their practical applications. Grundprinciperna för olika typer av kemiska sensorer baserade på elektrokemisk-, optisk-, mass-, och termisk signalöverföring. Speciell vikt fästs vid elektrokemiska sensorer och deras tillämpningar i klinisk och biomedicinsk analytik. Modellering av responsen hos jonselektiva membran introduceras i korthet. Basic principles of different types of chemical sensors based on electrochemical, optical, mass and thermal transduction. Electrochemical sensors and their applications in clinical and biomedical analysis are emphasized. Modelling of the response of ion-selective membranes is briefly introduced. Additional prior knowledge Tillämpad elektrokemi rekommenderas som förkunskap Other material Föreläsningsanteckningar och utdelat material Laboratory responsible for ANALYTISK KEMI Time Period 1 Föreläsningar (24.00h), Laborationer (25.00h), Tentamensförberedelser (80.00h), Tentamen (4.00h) Chemistry in Combustion processes 1 (4 sp) To introduce industrial scale combustion systems and gas phase chemistry within them. In addition, fundamental theoretical and practical tools, including epert research software, for studying gas phase chemistry. 17

21 Topics covered include combustion technologies, fuel properties and thermal conversion, and gaseous emissions. In addition lectures and eercises using the "Chemical Engineering Toolbo", an approach where a combustion system is studied on four levels of increasing compleity: stoichiometry, chemical equilibrium, kinetics, and miing. Goal The students will foster the following concept after finishing the : - Basic concepts of combustion - Basic definitions and terms in combustion and combustion chemistry - Basic knowledge about the formations of gaseous and particulate emissions Forms of education lecturers, eercises Forms of eamination written eam Master's and postgraduate studies Participants min/ma 10/24 Other material Overheads presented at the will be made available on the internet. Laboratory responsible for OORGANISK KEMI Time Period 3 Föreläsningar (24.00h), Räkneövningar (24.00h), Litteratur (engelska) (16.00h), Tentamensförberedelser (16.00h), Seminarietillfällen (4.00h), Tentamen (4.00h) Chemistry in combustion processes II (5 sp) To introduce modern research methods used for studies of combustion processes, with emphasis on ash related problems. The will include problem based learning modules where stochiometry, chemical thermodynamics and CFD will take a prominent place Topics covered include formation of ash and deposits, corrosion, emissions and interpretation of CFD simulation results. Goal Understand the basic principles of ash chemistry and problems caused by ash. Being able to apply theory and solve/understand real life problems within combustion chemistry Forms of education The will be given as intensive. During the afternoons eercises will be used to illustrate the theory (obligatory) Invited lecturers from industry give lectures on special topics Forms of eamination Written eam (closed book) in combination with eercises. Both parts should be approved to pass the eam The is intended for students in or beyond their fourth year of study. Attendance of the "Chemistry in Combustion Processes, part 1" is helpful, but not mandatory. Master's and postgraduate studies Participants min/ma 8/24 Other material Handouts 18

22 Laboratory responsible for OORGANISK KEMI Time Period 2 Föreläsningar (34.00h), Räkneövningar (12.00h), Ekursion (8.00h), Litteratur (engelska) (16.00h), Tentamensförberedelser (20.00h), Tentamen (4.00h) Right to eam achieved godkända räkneövningar som kan ge bonus om tentamen är godkänd Right to take eam ends Aids allowed during the eam räknemaskin Chemistry of interfaces for fibre based materials (5 sp) To give the students a deep understanding of the chemistry, morphology and thermodynamics of the interfaces of fibres and fibre based materials and the tools to characterize them. Advanced strategies for investigation of chemistry and physical chemistry of the interfaces of fibres and fibre based materials. Goal After the is finished the student is epected to be able to understand theoretical concepts of interfaces and their relation to processes and characterisation methods for fibre based materials. Masters Programme In Chemical Engineering, post-graduate students, doktorander, Huvudämnet Träförädlings fördjupade modul (processteknik) Prior knowledge needed Aktuell fiberteknologi (7 sp), Fibre Technology (7 sp) Participants min/ma 5/40 Other material Provided material Laboratory responsible for FIBER- OCH CELLULOSATEKNOLOGI Time Period 2 Föreläsningar (25.00h), Kurstentamen (4.00h), Uppgörande av föredrag (15.00h), Uppgörande av seminarieuppsats (15.00h), Tentamensförberedelser (10.00h), Seminarietillfällen (6.00h), Förberedelser (15.00h) Right to take eam ends After three trials Aids allowed during the eam No aid in the eam Current topics in wood and paper chemistry (5 sp) To give the students new knowledge in an important topic in wood and papermaking research. Att ge insikter i ett aktuellt ämne inom trä- och papperskemisk forskning. Presentation of current research at the laboratory of wood and paper chemistry. The content is different every year. Presentation av aktuell forskning vid laboratoriet, fokus varierar från år till år. Forms of education Lectures, literature review and seminar work. 19

23 Föreläsningar, litteratursökning och seminariearbeten. Prior knowledge needed Kemisk analysteknik i skogsindustrin (5 sp), Analytical Techniques for Pulp and Paper (5 sp) Additional prior knowledge Grund- och påbyggnadsmodul inom träförädling Additional remarks Course will be given in English/Swedish depending on participants Kursen hålls på engelska eller svenska beroende på deltagarna. Participants min/ma 3/30 Other material Research journals, material Utdelat material. Laboratory responsible for TRÄ- OCH PAPPERSKEMI Time Period 4 Föreläsningar (20.00h), Kurstentamen (4.00h), Projektarbete (i grupp) (50.00h), Aktivt deltagande (20.00h), Litteratursökning (30.00h), Presentation (9.00h) Right to take eam ends After 3 attempts/efter 3 försök Dispersion technology (5 sp) Att ge fördjupade insikter i de faktorer som påverkar suspensioners (kolloidala dispersioners eller solers) stabilitet under gravitation och flöde. Speciell vikt fästs vid möjligheten att med joner, surfaktanter och polymerer påverka stabiliteten. Kursen fokuseras på att beskriva de enklaste modellerna för dispersionsstabiliteten och adsorptionen till partikelytorna, d.v.s. DLVO-teorin och de s.k. adsorptionsisotermerna. Partikel-, pulver-, vätske- och suspensionsegenskaper. Suspensionsstabilitet, aggregation, adsorption och reologi. Forms of education Föreläsningar Seminarier Tentamen Forms of eamination Uppsats Seminarium Tentamen Huvud- och biämnesstuderande på FM- eller DI-nivå samt forskarstuderande. Additional prior knowledge Fysikalisk kemi I och II, Teknisk yt-och kolloidkemi. Additional remarks Kursen ges på engelska om även utlänningar deltar. Other material Utdelat kursmaterial. Homepage of the Laboratory responsible for FYSIKALISK KEMI Time Period 3 Föreläsningar (36.00h), Kurstentamen (4.00h), Tentamensförberedelser 20