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KMP014 Energy Engineering 6.0 ECTS credits | |
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TIMEPERIOD: Q IV LANGUAGE:Swedish EXAMINER B Björkman Prof PREREQUISITES KMA005, MTF012 or equivalent. COURSE AIM The course will give a basic knowledge in heat transfer phenomena, heat recovery, dimensioning of furnace and heat recovery systems, combustion technology and related environmental issues. The course will also give a brief overview of relevant measurement techniques. CONTENTS The extent of each part is given in %. Conduction (14%). The Fourier heat transfer equation, steady-state as well as transient conduction, numerical and approximate solutions, graphical representations. Convection (18%). Natural and forced convection and the influence of the boundary layer. Reynolds number. Heat transfer between liquid/gas and solid bodies/surfaces. Working formulas and graphical representations. Radiation (13%). Nature of radiation. Blackbody radiation, grey radiation, gaseous emission and absorption. Calculation of heat transfer. Working formulas and graphical representation. Combustion technology (15%). Overview of different fuels as oil, coal, natural gas, wood, peet and municipal wastes. Use of different fuels are discussed from the combustion technology point of view as well as from an economical and environmental point of view. Furnace systems (3%)Description of furnaces and furnace systems used in heating, heat treatment and combustion applications. Heat recovery (17%). An overview of techniques used for heat recovery from process streams. Heat exchangers and the optimisation of heat exchangers. Environmental aspects (11%). Emission of dust, sulphur, nitrogen oxides, heavy metals and organic compounds and the means to minimize these emissions are discussed. Study trip (6%). Visit to some industry to study the furnace systems used, their construction, energy utilisation etc. TEACHING The education consist of lectures, exercises, laboratory work and study trips. Laboratory work and study trips are compulsory. This is a tutored course, i.e. lectures will be given in Swedish, the students will receive tutoring in English. The examination will be given in English. Course material in English. EXAMINATION Approved laboratory reports and written exam with differentiated grades. COURSE GRADE SCALE: U,3,4,5 ITEMS/CREDITS | |
| Laboratory work/Studie visit | 1.65ECTS |
| Written exam | 4.35ECTS |
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COURSE LITERATURE Incropera, F.K. & De Witt, D.P., Fundamentals of Heat and Mass Transfer, John Wiley & sons, 3rd ed., 1990. Further information: International Office |
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