Pascal Klebert is a researcher working on fish farming technology exposed to waves and currents, and on new systems for controlled aquaculture production. His work covers floating closed cage systems, land-based fish tanks, nanobubble technology for oxygen and CO₂ control, and microalgae farming. He combines field measurements (ADCP, ADV, Micro Turbulence, DO) hydrodynamic modelling (CFD), and digital twin tools to improve the environmental performance and structural safety of farming systems.
Education
Measurement techniques:
• ADCP – Acoustic Doppler Current Profiler
• ADV – Acoustic Doppler Velocimeter
• Echo sounders
• Micro-turbulence profiling
Application areas
• Wave- and current-exposed aquaculture sites (exposed-site fish farming)
• Floating closed cages for salmon farming
• Land-based fish tanks and closed containment production systems
• Nanobubble-based oxygenation and CO₂ management in RAS and closed aquaculture systems
• Microalgae farming and biomass production for aquaculture
Competence and research areas
• Hydrodynamics of aquaculture structures — wave and current loads on fish farms, and their effect on cage volume, fish behaviour, and structural integrity
• Floating closed containment cage systems — design, environmental performance, and fish welfare evaluation
• Land-based fish tank systems (RAS / flow-through) — water quality control and system performance
• Nanobubble technologies
• Field measurements and monitoring — sensor systems and digital twin modelling of fish farm environments
ResearchGate
https://scholar.google.com/citations?hl=en&user=6thsmvcAAAAJ&view_op=list_works&sortby=pubdate
ORCID
https://orcid.org/0000-0001-9095-8148
