Rankings of innovation in water resources management

These sensors represent a significant advance in water quality monitoring by eliminating the need for calibration. This allows for scalable, low-maintenance, and highly reliable monitoring.

These tanks offer a practical and efficient solution for harvesting and utilizing rainwater. They provide a free and renewable water source for non-potable uses, improving water resilience.

The PERTE for Water Cycle Digitalization is the main driver of the digital transformation of Spain's water sector. With significant investment, it seeks to modernize water supply, sanitation, and purification through advanced technologies.

The AquaGREY® system represents a key innovation for domestic water management, enabling greywater reuse. This contributes to significant savings in potable water consumption and reduces environmental impact.

HYDROSMART is an intelligent cyber-physical system that integrates advanced technologies for the sustainable management of water infrastructure. Its focus on local data processing and AI optimizes water management.

Bactiquick offers an innovative solution for real-time water quality assessment, eliminating the need for specialized laboratories. Its accessibility makes it ideal for rapid and efficient monitoring.

GAILL is an AI-powered analytics platform that uses existing data to locate leaks and reduce non-revenue water. Its ability to improve network efficiency is crucial in water management.

BioGuy II is a 'plug and play' bioremediation system that improves the efficiency of biological wastewater treatment. Its ability to reduce sludge volume makes it a sustainable and cost-effective solution.

Pluvion is an AI-powered software for managing water and wastewater networks. It offers smarter and more efficient management, optimizing the performance of water infrastructure.

These high-precision systems commercialize advanced research in solvent extraction, offering innovative solutions for separation and purification. They are crucial for various industrial and environmental applications.

These European projects integrate innovative processes and intelligent monitoring for the recovery of freshwater, energy, and solutes from industrial effluents. They are essential for a circular water economy and industrial sustainability.

These plants represent the gold standard in sustainability, as they produce as much energy as they consume. They are a significant step towards reducing energy dependence and emissions in water treatment.

These systems are crucial for urban water resilience, allowing for the anticipation and management of extreme events such as droughts or torrential rains. Their real-time prediction capability is fundamental for climate change adaptation.

Generative AI and agent-based architectures are transforming decision-making in water management. They drive smarter, auditable, and more secure operations, turning data into strategic actions.

Artificial intelligence allows for anticipating failures in critical water treatment equipment, which saves costs and improves operational efficiency. It is a key AI application for proactive infrastructure management.

This trend offers flexibility and scalability, allowing for water treatment where needed with lower cost and time. It is especially relevant for areas without sanitation networks, such as rural or isolated environments.

The digitalization of irrigation communities is crucial for water efficiency in Spain, as irrigation is the primary water user. This approach improves knowledge of water use and reduces losses.

These solutions allow for more natural water management in cities, reducing pressure on traditional drainage networks. They increase urban water resilience against extreme events and improve the environment.

With the increasing digitalization of the water sector, cybersecurity is fundamental to protect critical infrastructure. It ensures service continuity and the protection of water management systems against potential attacks.