"responsible steward of public health and environmental sustainability, proving that local action can meaningfully contribute to global development goals."
In a significant move to enhance water safety and quality, the Campus Planning and Development Office have successfully completed the installation of chlorinator machines across multiple deep wells serving the University. The project, spearheaded by Sanitary Engineer Faye Alexis N. Wanas and Director Bernard Z. Abaya, represents a crucial investment in public health infrastructure and environmental stewardship.
The installation initiative directly responds to the Philippine National Standard for Drinking Water (PNSDW) and Chapter 2 of the Code on Sanitation of the Philippines. The chlorinator systems now ensure continuous disinfection of raw water drawn from deep wells, maintaining chlorine residual levels between 0.2mg/L and 4mg/L, the ideal range for safe water consumption.
Three deep well locations have been equipped with the new technology: FGB, PSD, and SCI-HIGH. Each system operates continuously, automatically adding chlorine to the water supply as it is drawn from the wells, providing reliable treatment without manual intervention.
Following installation, the CPDO team conducted thorough chlorine testing at multiple sampling points, from the nearest to the farthest locations served by each deep well. This comprehensive approach ensures consistent water quality throughout the distribution system.
To maintain optimal performance, the office has implemented a rigorous monitoring protocol. Weekly chlorine level testing will be conducted using specialized test kits, while chlorine tanks will be monitored and refilled as needed. Additionally, microbiological water testing through an accredited water testing center will provide ongoing verification of water safety.
The successful implementation of this water treatment system reflects a broader commitment to environmental responsibility and community welfare. By investing in preventive infrastructure rather than reactive solutions, the University demonstrates leadership in creating safe, sustainable environments for learning and development.
This installation directly supports the attainment of SDG 6: Clean Water and Sanitation, which emphasizes ensuring availability and sustainable management of water for all. By guaranteeing access to safe and potable water within the University, the project promotes SDG 3: Good Health and Well-Being, as clean water is fundamental to preventing waterborne diseases and maintaining community health. Moreover, the systematic approach to monitoring and maintaining water quality aligns with SDG 12: Responsible Consumption and Production, as it ensures the efficient and sustainable use of natural resources.
As institutions worldwide grapple with ensuring water quality and safety, this chlorinator installation project stands as a practical example of how systematic approaches to resource management can yield lasting benefits. The project not only secures immediate health protection but also establishes a framework for ongoing water quality management that can adapt to future needs.
Through initiatives like this, the University reinforces its role as a responsible steward of public health and environmental sustainability, proving that local action can meaningfully contribute to global development goals.
