EcoSea provides a proprietary aquaculture solution that enables sustainable fish farming in high-energy offshore environments previously unsuitable for traditional aquaculture. By expanding the usable ocean area for fish production, EcoSea aims to increase global protein supply in a sustainable manner.
Funding
$5.1M 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 aquaculture faces limitations in site selection, often restricted to sheltered coastal areas, which can lead to environmental concerns and limited scalability. High-energy offshore environments, while offering vast potential for fish production, have historically been deemed unsuitable due to challenging conditions and technological limitations. This restricts the expansion of sustainable fish farming and the ability to meet the growing global demand for protein.
Solution
EcoSea provides a technology platform for sustainable fish farming in exposed, high-energy offshore environments. Their submersible cage system, constructed with high-durability materials, can withstand harsh ocean conditions while minimizing environmental impact. The system incorporates IoT-enabled remote operation, allowing for real-time monitoring and optimization of fish health, feeding, and growth. By partnering with local fish farmers and leveraging their proprietary technology, EcoSea enables the production of high-quality fish in previously untapped ocean areas, bringing fin fish production closer to demand markets in a safe and sustainable manner.
Target Audience
EcoSea's primary customers are fish farmers looking to expand their production capabilities into offshore environments, as well as seafood companies seeking a sustainable and reliable source of high-quality fish.
Features
- Submersible cage systems designed for high-durability and resistance to harsh ocean conditions
- IoT-enabled remote operation for real-time monitoring and control of key production metrics
- Production protocols optimized to improve fish density, feed conversion ratio (FCR), and reduce mortality
- Predator and escape-resistant cage design, eliminating the need for anti-predator mesh
- Cage systems maintain structural integrity and volume, even in strong currents and waves
- Use of copper alloy mesh, reducing biofouling and cleaning requirements
- 100% recyclability of production pens after their operational life
- CO2 footprint reduction through efficient technologies and sustainable practices