This startup produces sustainable Atlantic salmon using a recirculatory aquaculture system that minimizes water usage and environmental impact. By providing fresh, ethically sourced protein, the company addresses the demand for environmentally responsible food options in the global market.
Funding
$6.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional Atlantic salmon farming methods often involve open net pens in marine environments, leading to concerns about sea lice infestations, escapes, and environmental pollution. These methods can negatively impact wild salmon populations and marine ecosystems, while also facing challenges in maintaining consistent product quality and supply.
Solution
Viking Aqua addresses these challenges by producing Atlantic salmon in a land-based, recirculating aquaculture system (RAS). This closed-containment approach eliminates the risk of escapes and sea lice, minimizes water usage, and enables precise control over environmental parameters to optimize fish welfare and growth. The RAS technology allows for the collection and treatment of waste, reducing environmental impact and enabling the potential for resource recovery. By creating a stable and biosecure environment, Viking Aqua aims to supply high-quality, ethically sourced salmon to meet the growing global demand for sustainable protein.
Target Audience
The primary target audience includes consumers seeking sustainably and ethically produced seafood, as well as retailers and foodservice providers looking to offer high-quality, environmentally responsible Atlantic salmon.
Features
- Land-based Recirculating Aquaculture System (RAS) for complete control over the rearing environment
- Closed-containment design to prevent escapes and eliminate sea lice infestations
- Advanced water treatment and recycling technology to minimize water usage and environmental impact
- Precise monitoring and control of water quality parameters (temperature, oxygen, pH) to optimize fish welfare and growth
- Automated feeding systems to reduce feed waste and improve feed conversion ratio (FCR)
- Data-driven approach utilizing sensor technology and AI to analyze fish behavior and welfare
- Traceability system based on cryptographic ledger technology to document the entire lifecycle of the salmon
- BREEAM-NOR certification to ensure sustainable construction and operation of the facility