NWC Achieves Water Distribution Targets With Over 45.5 Million Cubic Meters During Tourist Season

The National Water Company (NWC) has successfully met its operational goals for water distribution during the tourist season in Aseer, Al-Baha, and Taif. The company distributed over 45.5 million cubic meters of water, showcasing its capability to handle increased demand efficiently. Technical and administrative teams worked tirelessly to ensure uninterrupted service and high-quality water delivery.

In response to the surge in visitors during summer, NWC enhanced its operations by doubling efforts in managing water networks, pumping stations, and main lines. This led to a 16% rise in water distribution compared to non-tourist periods. Specifically, more than 28.2 million cubic meters were pumped in Aseer and Al-Baha, while Taif received over 17.3 million cubic meters.

The NWC's technical staff effectively executed emergency and preventive maintenance plans, minimizing disruptions and ensuring quick responses to emergencies. The company also treated over 22 million cubic meters of wastewater using advanced triple-treatment purification methods at environmental treatment plants across the regions.

By adopting cutting-edge technologies for monitoring pumping operations, NWC achieved notable stability in network performance. This approach improved operational efficiency significantly. The company also leveraged specialized human resources dedicated to serving tourist areas, enhancing service quality further.

NWC remains committed to advancing its operational systems and service quality to meet the expectations of citizens, residents, and tourists alike. This dedication aligns with Saudi Vision 2030's goal of enhancing the quality of life for all individuals within the kingdom.

The company's efforts during the tourist season underscore its readiness and adaptability in managing increased demands effectively. By maintaining high standards of service delivery, NWC contributes positively towards achieving broader national objectives.

With inputs from SPA