From co-designing with farmers, to battle-testing at sea, to building for the next frontier, Seapa says it is trying to redefine what’s possible for oyster growers worldwide.
Walking through the halls at AquaNor this year reinforced how diverse and ambitious innovation in aquaculture has become: from advanced feeding systems and real-time environmental monitoring to next-generation farming solutions, it was impossible not to notice…
Pure Algae’s bioremediation technology is designed to turn excess emissions into a financially attractive proposition for recirculating aquaculture system (RAS) farms. With several setups operational in labs and production containers across Europe, the company…
FP Aquaculture & Ocean Health is developing an all-in-one tool to help salmon farmers detect small but destructive biological threats before they strike.
After 12 months in which a number of the West’s flagship indoor shrimp farms have been forced to shut down, two of the more promising remaining companies explain how they have not only survived the turmoil, but also have plans to expand.
By combining ocean intelligence with training and buy-back schemes, MarinElixirs is de-risking cultivation, integrating the value chain and turning fresh seaweed into higher-value biostimulants within hours of harvesting.
The opportunities presented by smarter tools that can solve ongoing problems on shrimp farms are set to be the topic in a new session at this year’s Global Shrimp Forum.
José Pablo Puga, co-founder and CEO of ChucaoTech, pioneered the use of nanobubbles to tackle seabed pollution beneath salmon farms, but has since expanded into other applications and species.
Sensor Globe’s robust, mobile units provide farmers with real time data on the conditions facing their fish at some of the most important moments in their lives.
Icelandic startup Ration combines artificial intelligence and computer vision to bring greater precision and automation to both ova counting and land-based salmon feeding regimes.
Fish Welfare Initiative is offering $100,000 to a team who can develop and provide a publicly-available satellite-based system to monitor water quality in India’s carp ponds.
