SCADA System Manages Water Supply For Pilgrims In Makkah And Holy Sites
Every Hajj season, the sight of water flows in Makkah and the holy sites raises questions about the management of this vital resource. The National Water Company (NWC) employs the Supervisory Control and Data Acquisition (SCADA) smart system to ensure a stable water supply for pilgrims. This system's control room, located in Makkah, plays a crucial role in managing water distribution during Hajj season 1445 AH.
The SCADA control room is known for its quiet work environment, where staff members focus intently on a large screen displaying a map of the holy sites. This map includes the locations of giant tanks containing desalinated water. The system operates continuously, managed by trained national cadres who ensure that pilgrims can perform their rituals with ease.

The SCADA Chamber is part of a comprehensive business and service package offered by the NWC. Its primary tasks involve managing the water system by monitoring tanks, water levels, flow rates, and water pressure in networks. This ensures that water reaches consumption points efficiently. Technicians use electronic sensors distributed throughout the networks to monitor pressure levels and manage them remotely.
The focus is particularly on the facilities of the Grand Mosque, where maintaining a steady water supply is critical. The SCADA system's advanced technical capabilities allow for real-time monitoring and adjustments, ensuring that any issues are promptly addressed.
During Hajj season, the demand for water increases significantly as millions of pilgrims gather in Makkah. The SCADA system's ability to provide detailed technical information and digital data is essential for maintaining stability in water supply. This advanced system helps manage the complex network of water distribution efficiently.
The NWC's commitment to using advanced technology ensures that pilgrims have access to sufficient water throughout their stay. The SCADA system's role in monitoring and managing water resources highlights the importance of technological advancements in supporting large-scale events like Hajj.
The SCADA smart system employed by the NWC is instrumental in ensuring a steady water supply during Hajj season. With its advanced monitoring capabilities and real-time data analysis, it supports the efficient management of water resources in Makkah and the holy sites. This technology enables pilgrims to perform their rituals with ease, reflecting the NWC's dedication to providing essential services during this significant event.
With inputs from SPA