What is the Aquacorp Project?
Imagine monitoring water quality without ever touching the water itself… That’s exactly what the Aquacorp project brings to the table. It’s all about efficiency gains by controlling water quality remotely, using AI-based technology that analyzes external images of water in real time. This means continuous, contactless monitoring that slashes operating and maintenance costs across the entire water cycle compared to traditional methods. The system is autonomous, energy-efficient—powered by solar energy—and designed to have minimal environmental impact. It’s a smart, scalable solution that’s changing how water quality is managed today.
Main Benefits of Aquacorp
Here’s a quick rundown of the key figures and facts that make Aquacorp stand out:
- 24/7 real-time monitoring at critical points, with continuous quality estimates.
- AI-driven image monitoring—no contact with water required.
- Installation and calibration come with a one-time initial cost, followed by a flexible monthly fee based on user needs.
- Reduces initial investment by a whopping 90% compared to traditional systems.
- Maintenance and calibration costs cut down by 50%.
- Adjustable measurement frequency—minute-by-minute if needed.
- Pay only for the precise data delivered during the contracted service period (pay-per-data model).
- Scalable system design allows for quick expansion of control points.
How Aquacorp Supports Decision Making
One of the coolest things about Aquacorp is its ability to anticipate risks. It detects any alteration or threat to water quality before it becomes a problem, offering early alerts that empower users to take preventive or corrective actions right away. This decision support system is all about being proactive rather than reactive, helping to avoid costly damage or environmental harm. Plus, the data it provides is precise, secure, and high quality—making it a reliable foundation for any water management strategy.
Innovative Tools Within the Aquacorp Ecosystem
The project includes some pretty impressive tools designed to enhance water quality management. For example, the WEAS (Water-quality Early Alert System) offers real-time water quality info, historical data analysis, early alerts, and report generation. Then there’s SACE (Automatic Effluent Control Service), which focuses on managing risks related to natural disasters by continuously monitoring effluents and triggering early warnings. These tools make the whole system smarter and more responsive, ensuring water safety and sustainability.
Integration with Satellite Data
To cover large water bodies, Aquacorp integrates satellite data through a telemetry service that uses open satellite information provided by ESA. This means continuous monitoring of water quality in big reservoirs, rivers, and irrigation systems is possible without the need for physical presence. It’s a game-changer for managing water resources on a large scale, combining ground-level AI image analysis with space-based data for a comprehensive view.
Project Impact on Sustainable Development Goals (SDGs)
- SDG 6: Clean Water and Sanitation – Ensures availability and sustainable management of water.
- SDG 9: Industry, Innovation, and Infrastructure – Promotes innovative technologies for water monitoring.
- SDG 11: Sustainable Cities and Communities – Supports sustainable water management in urban and rural areas.
- SDG 13: Climate Action – Helps anticipate and manage water-related risks linked to climate change.
- SDG 15: Life on Land – Protects freshwater ecosystems through continuous quality control.
Recognition and Validation
Aquacorp isn’t just a concept—it’s been put to the test and validated in real environments. In May 2023, it received technological validation from Spain’s General Directorate of Water, the country’s main regulatory body. The technology was evaluated at eight control points within the Duero River Basin Confederation and successfully passed the validation process. Proudly, Aquacorp is the first Spanish startup to lead and complete a Pre-commercial Public Procurement process, marking a significant milestone in water quality innovation.
