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Centre for Sustainable Aquatic Research

 

Projects

 

nwe

Energetic Algae

The Energetic Algae project (EnAlgae), is a 4 year Strategic Initiative of the INTERREG IVB North West Europe Programme, engaging 19 partners and 14 observers across 7 EU Member States.

Project website: http://www.enalgae.eu/

lobster

Lobster Plant

Lobsters are cannibalistic in nature and should therefore be kept separate from each other in captivity. This fact makes it difficult to manually run large scale farming of lobster on land. The LobsterPlant project is focused on developing automated technology for individual monitoring and feeding of lobster in land based systems. This development will make it practically and economically feasible to run large scale farming of European and American lobster.

Link to Lobster Plant Website.

Algae BioSorb

Bio AlgaeSorb

BioAlgaeSorb will focus on enabling European SMEs to remediate wastes, reduce Green House Gass emissions and produce biofuels via microalgae cultivation.

Bio Algaesorb Website

 

mussel

MusselsAlive

MusselsAlive will focus on development of best practices and new technology for grading, handling, transportation, conditioning and storage of mussels for SMEs and their associations in the European mussel industry.

The MusselsAlive project is funded by the EU’s FP7 – Research for the benefit of SME Associations.

Link to MusselsAlive website.

 

PBR

ShellPlant

Bivalve molluscs such as Oysters and scallops represent 20 percent of the global aquaculture output with a turnover of almost £3 billion, bringing employment in rural coastal areas. Recently however, the European share of an expanding seafood market is shrinking while the global market is expanding.

This is largely due to the continuous market price reduction for farmed product, brought about by lower cost imports from competitors in Asia and South America. The majority of European production is from natural populations although increasingly stocks are approaching or have exceeded maximum sustainable yields. Stock enhancement through the capture and relaying of natural seed in both extensive and intensive forms of culture is common practice worldwide but the reliability of natural recruitment can never be guaranteed, and conflicts over the use of the coastal zone are becoming ever more pressing.

Shellplant intends to develop a closed production system for bivalves in an innovative rack system, an algae photo bioreactor and a feeding and water exchange system with intelligent controls. CSAR’s role will involve optimisation of growth of microalgae, the primary source of nutrition for bivalves

Visit the project website for further information at ShellPlant

Previous projects can be found at: Project Archives  
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