Print Syllabus

Syllabus

P000036 Historical, technological and societal background to forestry and forest-based biorefining in Nordic countries , 4.5 Credits

Subjects

Technology

Education cycle

Postgraduate level

Grading scale

Language

English

Prior knowledge

A fundamental knowledge of forestry and/or forest-industrial processes is required, obtained either through undergraduate/postgraduate education at university level or industrial experience. The course is primarily intended for doctoral students, but it is also open for other persons who are interested in the development of Nordic forestry and the technology development within the Nordic forest-industrial sector.

Objectives

After the course, the student will be able to:

• Critically reflect on past and new challenges of using forest biomass in forest industry.
• Understand the scientific background and the industrial environment within the forest-industrial and biorefinery sectors.
• Reflect upon the ecological, economic, societal and ethical issues associated with forest-based biorefining
• Discuss sustainability issues connected with the use of forest biomass in biorefineries and with technology development in the forest-industrial sector
• Elaborate on bioeconomy and the effects of national and European environmental laws and directives on the forest-industrial and biorefinery sectors.

Content

Due to the environmental and geopolitical concerns associated with the consumption of fossil resources, biomass appears as an attractive source to produce fuels and chemicals. This course is a general introduction to the development of forest-based biorefineries. It gives a historical, technological and societal background to forest-based biorefining, with focus on the Nordic countries and on sustainable development. The course covers different aspects:

• Assessment of forest biomass supply chains for biorefining
• Historical aspects of forestry, forest-industrial processes, and forest-based biorefineries
• Development of main conversion processes for forest biomass (mechanical, chemical, thermal, and biochemical processes)
• Environmental impact and sustainability aspects

Responsible department

Department of Forest Biomaterials and Technology