Modeling and optimization of flow pattern in tanks for seaweed culture
@inproceedings{Papek2017ModelingAO,
title={Modeling and optimization of flow pattern in tanks for seaweed culture},
author={{\vS}těp{\'a}n Pap{\'a}{\vc}ek and Karel Petera and Ingrid Masal{\'o} Llor{\`a} and Joan Oca Baradad},
year={2017}
}Integrated multitrophic aquaculture (IMTA), more precisely the seaweed (macroalgae) cultivation integrated with RAS -recirculating aquaculture systems, is currently one of the most promising lines of action to increase sustainability of fish farms . In our study we analyze the flow pattern in tanks for seaweed culture. Seaweeds are usually tumbled (mixed) by vigorous bottom aeration.
One Citation
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References
SHOWING 1-5 OF 5 REFERENCES
Comparision of two water agitation methods in seaweed culture tanks: influence of the rotating velocity in the seaweed growth and energy requirement
- Engineering, Biology
- 2016
Integrating seaweed production into land-based marine fish-farms allows removing dissolved nutrients and improves the sustainability of the coastal marine aquaculture. Free-floating seaweed culture…
Essential role of seaweed cultivation in integrated multi-trophic aquaculture farms for global expansion of mariculture: an analysis
- Biology, EngineeringJournal of Applied Phycology
- 2007
The aquaculture industry can protect its own interests – and reap major benefits – by understanding the importance of ecological balance, the potential of seaweeds as components in feeds, andThe importance of the culture and R&D of low trophic level organisms.
Masaló (2016) Comparison of two water agitation methods in seaweed culture tanks: influence of the rotating velocity in the seaweed growth and energy requirement
- EAS2016- Food for thought,
- 2016
Comparison of two water agitation methods in seaweed culture tanks: influence of the rotating velocity in the seaweed growth and energy requirement. EAS2016-Food for thought