1.4 Fish friendly intakes
Fish friendly intakes
Fish friendly intakes
Fish friendly intakes
Hydropower operation has the potential to harness fish habitat and fish species and modern design of hydropower plants must have an aim to minimize the impact on aquatic life.
Fish species living in the upstream area of a hydropower intake may be forced or attracted to enter the intake and the design of the intakearea and the intake itself should avoid this. Favorable design will include both mechanical and structural issues but hydraulic design influencing the motivation of the fish not to enter the intake is now the most promising approach to fish friendly design of hydropower.
The project will very much follow up from valuable findings in the recent research project SafePass. Tools and methodologies developed in this project will be used to find innovative design for intake structures and intake areas.
Publications work package 1.4 Fish friendly intakes
Publications work package 1.4 Fish friendly intakes
Long-time 3D CFD modelling of sedimentation with dredging in a hydropower reservoir. Olsen, Nils Reidar Bøe; Hillebrand, Gudrun. .Journal of Soils and Sediments 2018 ;Volum 18.(9) s. 3031-3040. NTNU
3D CFD modelling of velocities and sediment transport in the Iffezheim hydropower reservoir. Hillebrand, Gudrun; Klassen, Irina; Olsen, Nils Reidar Bøe. Hydrology Research 2017 ;Volum 48.(1) s. 147-159
NTNU
Numerical modelling of downstream-migrating antidunes. Earth Surface Processes and Landforms. Olsen, Nils Reidar Bøe. 2017 ;Volum 42. s. 2393-2401
NTNU
Contact
Contact
Leif Lia
About the project
About the project
Full project title: Fish friendly intakes for hydropower
Duration: 2018-2021
Objective: Develop new technology and design for hydropower intakes and intake arears to avoid fish to enter the intake.
R&D Partners: NTNU, Agder Energi, Statkraft Energi.
Associated projects: SafePass
Researchers working on the project: Leif Lia, Nils Reidar Bøe Olsen, Knut Alfredsen, Torbjørn Forseth.
PhD working on the project: Halvor Kjærås
Master students associated with the project: Sturla Dimmen Sæle