Smart Water Management for Mykonos – Enhancing potable water quality and supply through advanced monitoring systems
Olympios Group has successfully completed a comprehensive project in Mykonos, designed to ensure the adequacy and quality of potable water on the island. The primary goal was to develop a sustainable water management system that enables remote and real-time monitoring of both the quality and quantity of water supplied through various infrastructures, including water tanks, desalination units, and intermediate pumping stations. This initiative focuses on optimizing water usage, actively detecting network losses, and promptly managing and minimizing failures within the internal network.
The Challenge
Mykonos confronted several challenges, including a shortage of water, a high amount of unbilled water, and inefficient operations. The island relied on a mix of surface water and desalination, both of which have their difficulties. The rugged terrain and high tourist demand also made water distribution challenging. Additionally, increasing water needs from a growing population and high irrigation demands, along with overuse of underground water sources, added to the problem. These issues necessitated the implementation of advanced monitoring systems and efficient resource management strategies to secure a consistent and quality water supply for both residents and tourists.
The Solution
The project successfully implemented advanced telemetry systems for remote, real-time monitoring of the water supply, achieving significant improvements in network management and efficiency. Key components include:
• Installation for Water Quality and Pressure Monitoring – Smart sensors were installed to continuously monitor and enhance water quality and pressure data. • Network Endpoint Automation – Devices were strategically placed at network endpoints to automate water consumption readings, reducing errors and optimizing service delivery. • Comprehensive Network-Wide Monitoring – Automatic connections were established to enable extensive, network-wide monitoring of water consumption. • Portable Reading Devices – The system was equipped with portable devices for on-the-go consumption measurements, flow meter readings, and water quality assessments. • Additionally, a unified web-based IoT platform was integrated, centralizing smart meters and sensors into a single management system. This platform provides a digital, autonomous framework for citywide water management.
The Results
• Reduced leakages through improved detection and management • Enhanced water balance with better control over distribution and usage • Regular monitoring ensured high water quality • Optimized operations led to energy savings • Consistent water supply for residents and visitors • Lowered operational costs through efficient management • Reduced environmental impact with better resource use • Valuable data generated for future planning • Improved emergency prevention and public health protection.
