National Water Company Distributes Over 5.8 Billion Cubic Meters Of Water And Wastewater In 2024

The National Water Company (NWC) announced the distribution of over 3.7 billion cubic meters of drinking water across Saudi Arabia in 2024. Additionally, more than 2.1 billion cubic meters of wastewater were treated during the same period. These efforts are part of NWC's ongoing initiatives to enhance water and sanitation services, aiming to meet increasing demand and support the Kingdom's development goals.

In its commitment to quality, NWC tested over 3.1 million drinking water samples throughout the year. This process involved collecting more than 310,000 samples using advanced smart boxes. These devices record sampling times and dates via a technical chip, automatically sending data to monitoring labs for analysis.

Specialized observers work around the clock to ensure proper storage and testing of water samples. This rigorous process helps maintain high standards in water quality and safety. The company also reported that 14 of its laboratories have achieved ISO 17025 certification from the Saudi Accreditation Center, underscoring their commitment to international standards.

NWC extended approximately 111,000 home connections for water and sewerage services in 2024. Of these, about 74,000 were for water services, while around 37,000 were for sanitation purposes. This expansion is part of NWC's strategy to increase service coverage across the Kingdom.

The company aims to achieve water security and environmental preservation while enhancing operational efficiency. By expanding water and sanitation services, NWC supports economic growth and improves quality of life in line with Saudi Arabia's ambitious aspirations.

NWC's efforts reflect its dedication to supporting the Kingdom's broader development objectives by providing reliable access to essential services. The company's initiatives are designed not only to meet current demands but also to anticipate future needs as Saudi Arabia continues its development journey.

With inputs from SPA