Transforming Fish Waste into Green Gold: A Breakthrough in Sustainable Aquaculture
May 24, 2024A team of scientists from Shenzhen University, the Institute of Hydrobiology, and Møreforsking has made a groundbreaking discovery in the world of sustainable aquaculture. Their research, published in the Marine Pollution Bulletin, unveils an innovative method to convert fish sludge into valuable nutrients for microalgae growth.
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Optimizing Microalgae Growth in Aquaculture Effluent: Harnessing Innovative Light Sources for Sustainable Solutions
Dec 07, 2023Scientists from the Institute of Hydrobiology have conducted experiments using a novel surround-type light source in a fermenter photobioreactor. The aim was to investigate how microalgae could potentially utilize nutrients from aquaculture effluent waste for sustainable growth.
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Training course on Seaweed Cultivation and Biotechnology
Oct 09, 2023Møreforsking contributed to the training course in Seaweed Cultivation and Biotechnology which was held at the National Institute of Marine Sciences and Technologies in Tunis from 12th to 16th September 2023.
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SAFER-IMTA
The primary objective of SAFER-IMTA PROJECT is to increase aquaculture productivity and sustainability, document and improve food safety of existing and emerging aquatic species by recycling aquaculture wastes through Integrated Multitrophic (IMTA) systems.
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Hydrobiology
University
Sustainable Development Goals
- Zero Hunger
- Responsible Consumption and Production
- Climate action
- Life below water
- Clean Water
- Global partnership for sustainable development