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Modules
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ls2531 Transport Phenomena and Living Systems [4]
prof.dr.ir. L.A.M. van der Wielen, prof.dr.ir. M.-O. Coppens
Our heart circulates blood through our veins, to transport oxygen from our lungs to remote parts such as fingers, and to recover carbon dioxide from everywhere in our tissue to release it to the air. Micro organisms are structured in compartments and use controlled transport between to compartments to regulate metabolic functions and recover energy from gradients across cellular membranes. In industrial fermentation processes, liquids are pumped towards large vessels, and mixed with nutrients, aerated by bubbling air through the growing biomass and the generated heat is transported via heat exchangers to control the internal temperature. Transport is everywhere.
st1611 Inleiding procestechnologie [4]
prof.dr.ir. M.-O. Coppens, V.Iyengar
Voorbeelden van systemen en basisprocessen die in een chemisch technologisch proces voorkomen, zoals reactoren, scheidingsoperaties en mengers. Abstractie hiervan maken en vertaling in een wiskundig model. Opstellen en oplossen van macroscopische massa- en molbalansen voor voorbeeldsystemen {stationair en niet-stationair; zonder en met chemische reactie). Continuïteitsvergelijkingen. Toepassing op basisreactoren: de perfect geroerde batch reactor, het perfect geroerde vat {CSTR), de perfecte buisreactor {PFR). Koppeling van processen en recirculatie. Energievormen. Energiebalansen voor gesloten en open systemen, in afwezigheid van reactie en met reactie.. Combinatie met massabalansen, voor de systemen beschouwd in het eerste deel
st4891 Fractals and their application to chemical engineering [3]
prof.dr.ir. M.-O. Coppens
- ST1612 Introduction to process technology/ Inleiding Procestechnologie
(1st year Chemical Engineering course; 4 units) - CE3591TU Fractals and Their Applications in Chemical Engineering
(optional course, 4th or 5th year; 3 units) - LS2531 Transport Phenomena and Living Systems
(with L.A.M. van der Wielen) (2nd year, Life Science and Technology curriculum; 4 units) - Thermodynamics (ST2201)
- Thermodynamics (ST1691)
- Thermodynamics, special topics (ST418)
- Statistical Thermodynamics (ST4161)
- Thermodynamics for the Process Technology (OSPT, ST6071)
- Thermodynamics and (bio)separation (ST2221)
- Thermodynamics, special topics (ST418)
- Thermodynamics for designers (ST4661)
- Offshore oil and gas production (WB4418)
- Thermodynamics for the Process Technology (OSPT, ST6071)
- International courses, e.g. SOCRATES course on High Pressure Technology in the Chemical and Process Industry
- Various International courses (e.g. Socrates, Erasmus) on Applied Thermodynamics and Phase Equilibria and on Supercritical Fluid Technology.
Overzicht van de basisbegrippen van de fractale meetkunde en bespreking van diverse toepassingen. Ontstaan van fractale materialen, patronen en oppervlakten via groei- en aggregatiefenomenen ver van evenwicht. Experimenteel onderzoek en theoretische modellering. Impact op fysicochemische processen in of in de omgeving van fractale structuren. Technologische relevantie. Toepassingen in de katalyse, reactorkunde, deeltjestechnologie, milieutechnologie, biotechnologie, materiaalkunde en elektrochemie.
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Physical Chemistry and Molecular Thermodynamics
Julianalaan 136, 2628 BL Delft, The Netherlands, Phone: +31 15 2784748, Fax: +31 15 2788047,
Last update: 12 July, 2006 webmaster