The ECOPEMER project, driven by Acuinuga since 2018, has evolved into an integrated high‑efficiency hatchery and nursery platform, based on the combination of marine recirculating aquaculture systems (RAS), horizontal‑flow tray containment systems, and advanced disinfection technologies using AOPs (Advanced Oxidation Processes). This configuration enables precise control of key parameters for broodstock, spawning, larval rearing, and nursery phases.
Since its inception, ECOPEMER has incorporated molecular biotechnology tools applied to the selection, traceability, and biosecurity of cultured organisms, within a circular‑economy framework and an indoor Integrated Multi‑Trophic Aquaculture (IMTA) approach. This design optimizes resource use, minimizes effluents, and adds value to by‑products by integrating the production of mollusks, fish, and algae in interconnected, digitally monitored, and synergistic systems. The technological development behind this new generation of aquaculture hatcheries focuses on automation and cost control throughout production processes.
The production model is strategically oriented toward the generation of high‑value seed, a critical and highly demanded segment in the global aquaculture supply chain. At the same time, the incorporation of bivalves and macroalgae into the multi‑trophic structure contributes to carbon capture and strengthens the project’s positioning within emerging sustainability and green‑finance standards.
Decades of experience in the design, formulation, and production of specialized microdiets for the nursery phase of commercially relevant aquatic species—supported by a consolidated portfolio of more than 60 clients, particularly prominent in the European R&D sector—have enabled us to optimize specific nutritional protocols based on eco‑certified raw materials. This approach minimizes the use of live feed and reduces nursery costs while maintaining the nutritional quality and traceability of all ingredients.
From an investment perspective, ECOPEMER stands out for its modularity, scalability, and international replicability, as it is designed to adapt to different environmental contexts by adjusting species according to local parameters (salinity, temperature, and water quality). This approach reduces operational risks and facilitates deployment across multiple geographies and a wide range of species.
The robustness of the project has been validated by PricewaterhouseCoopers (PwC) through an independent audit, ensuring the consistency of its technical‑economic model. Additionally, ECOPEMER has been awarded the “Seal of Investment” by the European Commission’s Blue Invest initiative, recognizing—amid strong competition from more than 400 alternative projects—its growth potential, innovation capacity, and attractiveness for private capital.
With an initial investment estimated at €1.5 million and a global projection approaching €3 million, ECOPEMER positions itself as a next‑generation sustainable aquaculture investment opportunity, backed by a top‑tier multidisciplinary team and oriented toward generating commercial returns in international markets. It combines productive efficiency, technological innovation, and environmental responsibility to deliver essential aquaculture assets.