| Number of Reservoirs | Water surface area (sq.m.) | Water depth (m.) | Capacity of Lakes (cu.m.) | Picture of Water Conservation |
| 1 | 30,000 | 4 | 120,000 | |
| 2 | 18,400 | 2 | 36,800 | |
| 3 | 13,800 | 3.5 | 48,300 | |
| 4 | 14,060 | 2 | 28,120 | |
| Total Capacity of Rain Water Collection | 233,220 | |||
The university has implemented a water conservation program by developing and maintaining four on-campus reservoirs for rainwater harvesting and storage. These reservoirs collect and store rainwater runoff during the rainy season, providing an alternative water source for landscape irrigation, campus greenery maintenance, and other non-potable water uses. The total water storage capacity of the reservoirs is approximately 233,220 cubic meters, contributing significantly to reducing groundwater extraction and municipal water consumption. This initiative enhances water resource management, increases campus resilience during dry seasons, and supports sustainable water conservation practices. Furthermore, the reservoirs serve multiple environmental functions, including stormwater management, flood mitigation, groundwater recharge support, biodiversity enhancement, and the creation of green recreational spaces for students and staff. The university continuously maintains these water conservation facilities as part of its commitment to sustainable campus development and integrated water resource management.
Vehicle Statistics on Campus (Fiscal Year 2025) Vehicle Type Number of Vehicles used and managed by the university Number of Car the university daily Number of Motorcycle the university daily Number of All Vehicles Fiscal Year 2025 University-owned vehicles 36 Vehicles entering and exiting the university – Gate 1 – 342 220 […]
The image shows an air blower and an electrical control panel used in the wastewater treatment system. A submersible aerator pump is an underwater device that supplies oxygen and circulates water to improve wastewater treatment. The report form is a monthly report on the operation of the […]
The use of water-efficient appliances such as hand-washing taps, urinals, and sprinkler systems provides significant environmental and operational benefits in the context of UI GreenMetric sustainability assessment. These technologies are designed to minimize water consumption while maintaining functional performance in daily campus activities. Accordingly, water-efficient hand taps, often equipped with sensor or low-flow mechanisms, reduce […]