What's Happening?
Nutreco has significantly expanded its intelligent aquaculture ecosystem, Eruvaka, to 12 countries, enhancing shrimp farming operations with smart solutions. Since acquiring full ownership three years ago, Eruvaka has evolved into a globally integrated
platform, supporting approximately 20,000 harvests annually. The system manages over 45,000 hectares of shrimp ponds with more than 60,000 intelligent feeding devices. In 2025, Eruvaka-connected systems processed close to 480,000 metric tons of feed, resulting in the farming of approximately 370,000 metric tons of shrimp valued at $1.25 billion. The platform's precision feeding and real-time diagnostics have become essential for profitability, with some farmers achieving biomass increases of 40-60% and profit uplifts of 20-40%. Additionally, optimized feeding practices have reduced carbon footprints by 10-30%. Eruvaka's ecosystem includes AI-based feeding technology, water-quality monitoring, and a farm management platform, integrating technology with biological expertise and local advisory support.
Why It's Important?
The expansion of Eruvaka's ecosystem is significant for the global aquaculture industry, as it demonstrates the increasing reliance on technology to enhance productivity and sustainability. By integrating digital innovation with nutrition science and local expertise, Nutreco is helping farmers make informed decisions, improving operational stability and profitability. This approach not only supports the economic viability of shrimp farming but also addresses environmental concerns by reducing carbon emissions. The success of Eruvaka's model could encourage further technological advancements in aquaculture, potentially transforming the industry and setting new standards for sustainable practices.
What's Next?
Nutreco's continued investment in Eruvaka reflects its long-term strategy to integrate digital technology with nutrition science and local advisory expertise. As the company expands its reach, it aims to shift from reactive support to proactive farm optimization, strengthening resilience and sustainability in shrimp production. This approach may lead to further innovations in aquaculture technology, potentially influencing other sectors within the industry. Stakeholders, including farmers and environmental groups, will likely monitor the impact of these advancements on both economic and ecological fronts.
