Revolutionizing Aquaculture with the Canadian Photobioreactor
In a remarkable shift, Japan's fisheries are embracing advanced technology in the form of the innovative Photobioreactor, a creation of Industrial Plankton, a Canadian company. This cutting-edge device resembling a spaceship or a robot has taken root from Hokkaido to Okinawa, significantly enhancing the aquaculture processes and ensuring the production of high-quality microalgae, a critical resource for breeding juvenile marine species.
Microalgae serves as an essential food source for various aquatic organisms, including baby fish, shellfish larvae, and the zooplankton that nourish young fish. The ability to produce stable, high-quality microalgae directly influences the capacity for seed production, accounting for about 40% of the seed production costs. Therefore, the introduction of the Photobioreactor promises to revolutionize the way aquaculture is conducted in Japan by ensuring both efficiency and sustainability.
A Technological Marvel
The Photobioreactor, particularly the standard model PBR1250L, automates the production of microalgae, leading to considerable reductions in labor, operational costs, and facility space. Since its installation in Japan in January 2024, numerous companies have adopted this technology, which not only supports high-value raw material production but also serves vital aquaculture functions.
This device enables facilities across Japan to provide abundant, healthy microalgae to hatcheries, aiding in the growth of various aquatic species such as baby clams, shrimps, and sea urchins, while significantly reducing the workload for operators. The anticipation for this technology is palpable, with demonstrations planned at the upcoming Japan International Seafood Show in 2025.
Leading the Way at the Tokyo Seafood Show
Scheduled for August 20th through 22nd, the Industrial Plankton's booth at the Tokyo Big Sight will showcase live demonstrations of the PBR1250L, highlighting its impressive capabilities. With last year's display voted