WATER RECYCLING PROGRAM

 
    Northern Technical University (NTU) is committed to pioneering sustainability through its Water Conservation Policy, which aims to create a water-neutral campus by the year 2030. This initiative is crucial in addressing water scarcity and promoting efficient water management across the university.
The policy emphasizes the collection and treatment of greywater and rainwater. These water sources are gathered in dedicated ponds or earth tanks, from where they are pumped to treatment stations to produce potable water. After undergoing rigorous purification processes, the treated water is stored in tanks and integrated into the university’s water distribution system. A significant portion of this treated water is utilized for irrigating the college’s green areas, enhancing the campus’s landscape while conserving potable water. Additionally, treated greywater is the primary supply for flushing basins and fire sprinkler systems, further reducing the demand for drinking water.
NTU’s commitment to sustainability extends to its medical facilities, which require pure water for daily operations. To meet these needs, the university has installed multiple units designed to produce high-quality, purified water from treated greywater. These units ensure that both medical and drinking water requirements are met, fully complying with health and safety standards.
Moreover, treated water serves multiple purposes within the campus. It is utilized for cleaning activities, contributing to sanitation, while also supporting fire safety through sprinkler systems, thereby ensuring the safety of the university community. In these ways, NTU demonstrates a comprehensive approach to water conservation, balancing operational needs with environmental responsibility.
Through these initiatives, Northern Technical University not only aims to achieve its water-neutral status but also sets a powerful example of sustainable practices for other institutions to follow, reinforcing the importance of conservation in the face of water scarcity challenges.
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