Exo Environmental and partners are working towards a viable innovation that reduces commercial risk to native oyster (Ostrea edulis) production and improves productivity....
Despite advances in identifying pathogens, the aquaculture sector currently has very limited tools for assessing fish health and is heavily reliant on histopathology;...
The contamination of the seabed directly below open net aquaculture cages is a major environmental concern. Fish faeces, uneaten feed and residual chemicals...
Since 2012, Aqualife has been developing innovative fish handling methodologies using modern robotics platforms. One of the outcomes of this work is a...
Since September 2020, Aqua Power Technologies hybrid system has offset 32,408kg of CO2, and Aqua Power Technologies is now on track for offsetting...
Islander Kelp wished to explore the feasibility of optimising their products from a health and nutrition perspective, and how they could scale up...
This project has been awarded funding to continue into the R&D phase as RD050. The feasibility study undertaken by R3 IoT as part...
This project has been awarded funding to continue into the R&D phase as RD053. In this 3-month feasibility study, scientists and engineers at...
This project tested the feasibility for the first offshore multispecies mariculture system in the UK, bringing together intertidal and nearshore aquaculture technologies into...
Congratulations to the projects successfully funded from our second call.
See the new #seafoodinnovators.
