AQN351 Sustainable Ingredients in Aquafeeds
Showing course contents for the educational year 2022 - 2023 .
Course responsible: Bente Synnøve Ruyter
Teachers: Margareth Øverland, Hanne Fjerdingby Olsen, Turid Mørkøre, Trond Storebakken
ECTS credits: 5
Faculty: Faculty of Biosciences
Teaching language: EN
Teaching exam periods:
Course frequency: Anually
First time: Study year 2020-2021
The course will focus on new and sustainable raw materials that can be used in fish feed and that do not compete with raw materials that can be used directly as human food. It will be focused on renewable feed ingredients including, vegetable feed raw materials, genetically modified plant crops, insects, yeasts, bacteria, macro- and microalgae, krill and other marine species. There will be a focus on suitability in relation to production efficiency, fish health, welfare, and effects on the product quality. Processing of the raw materials will also be emphasized, including innovative bio-refining methods to convert natural bio-resources into high-quality fish feed ingredients. Furthermore, the course will focus on the environmental footprint of the raw materials (LCA) which is a crucial element in sustainable feed production.
- Students will acquire a broad overview of alternative feed raw materials for farmed fish and their suitability
- Students will gain knowledge of the use of life cycle assessment as a basis for the selection of sustainable feed raw materials
- Students are able to participate in the public debate on topics and contribute to the further professional development of new sustainable feed ingredients
Lectures, exercises with preparation of report, group work with presentation.
A list of syllabus literature is provided at the start of the course.
KJB100, BIO120, AQN350, HFE308, HFE200
Exercises with submitted report, participation in group work, participation in guest lectures
Special requirements in science.
Sensor assesses a selection of the project tasks and exam responses.
Examination details: Oral exam: Letter grades