KEMS821 Renewable Energy Production, 4 ECTS
Department of Chemistry
Announcement:
The language used was temporarily changed. Personal information page allows you to save your language settings.You cannot register for the course because the course has expired.
The registration deadline for this course passed 25.10.13 at 23:59.
General information
| Begins - ends: | 9.9.13 - 25.10.13 |
|---|---|
| Registration period: | 3.6.13 at 0:00 - 25.10.13 at 23:59 |
| Instructor(s): | Jukka Konttinen |
| Credits: | 4.0 ECTS cr. |
| Languages: | language(s) of instruction: -; completion language(s): - |
| Registered: | 15 |
| Max participants: | 20 |
| Still room for: | 5 |
| Organisations: | Department of Chemistry (KEM) |
| Contents: | Energy, production of energy and its consumption, distributed energy production; Introduction to renewable energy production; Conversion technologies related with bioenergy; thermochemical processes (combustion, gasification, pyrolysis), biological and chemical processes, physical processes; Biofuels, their production, sustainability- and environmental aspects. |
| Learning outcomes: | Basics of renewable energy production. Knowledge about conversion technologies from biomass raw materials to energy products and their enviromental and sustainability aspects. |
| Literature: | G. Boyle: Renewable energy - power for sustainable future. Oxford University Press; Quashning, Understanding renewable energy systems, Earthscan |
[Full information on teaching groups]
Luento [group details and registration]
| Location | Week | Day | Date | At | Supervisor | Further information | URI | |
|---|---|---|---|---|---|---|---|---|
| 1 - 15 | YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3, YlistöKem3 | 37 - 43 | Mo, Wed | 9.9.2013 - 23.10.2013 | several | Konttinen | Energy, energy consumption; Renewable energy production and technologies; Renewable energy production / Bioenergy, basics; Bioenergy & climate change & sustainability, small-scale applications; Small-scale thermal and CHP applications continued; Torrefaction, pellets. fluidized bed combustion; Recovery boilers & gasification; Environmental/emissions and abatement technologies, R&D methods; Biorefineries; Biorefineries continued, liquid biofuels, SNG; Research at JYU: Hybrid energy/Biorefineries; Final exam |