Joe McElwee has been appointed as general manager.
The move will allow the company to focus on its nutrition and health business areas.
The company’s plans to pursue additional certifications that enhance value for both the business and its clients.
Hybrid flow-through systems technology promises to enhance sustainability, boost salmon supply, and improve biosecurity, addressing some of the industry’s most pressing challenges.
At the 8th Fish & Shellfish Larviculture Symposium (Larvi 2024), Tony Broadhurst, a consultant hatchery specialist, explored the key changes, challenges, and opportunities that lie ahead in the industry.
Christian Sørensen partnered with a select group of former experts from the Billund Aquaculture Group to form a collaborative alliance.
Academics, technical experts and industry joined at CIIMAR facilities to discuss the major challenges towards a more sustainable and better aquaculture.
This expansion of services will be conducted in collaboration with an aquaculture facility in Brazil.
Aedrian Ortiz Johnson will spearhead the company’s efforts to grow and maintain its market share, driving sales and delivering nutritional innovation and value creation to customers worldwide.
Aquaculture hatcheries traditionally rely on rotifer and Artemia as live feeds for the early larval stages. But technology is evolving and has allowed the industrial production of other live feed species and smaller dry feeds.
Hatchery Feed & Management hosted this webinar to discuss some of these recent innovations, with two of the recent disruptors in live feeds, CFEED and Planktonic, and inert feeds with BioMar.
Sponsored by CFEED and Planktonic.
Moderator: George Koumoundouros, Professor of Marine Biology, University of Crete
ReelData released a camera developed from the ground up for AI applications in aquaculture.
Onsite analysis helps ensure shellfish quality and safety across the production line.
This new generation of diets brings new capacities to optimize reproductive rates in fish farms and RAS centers.
Warden Biomedia demonstrated that a spherical-shaped media design can reduce the energy input required in the effluent treatment system.