¼¯ÃÀÂ鶹

6.4.2 – Water Reuse Measurement

¼¯ÃÀÂ鶹 actively measures and implements water reuse initiatives across the university. As part of the ¼¯ÃÀÂ鶹 Sustainability Strategic Plan 2030, the university is dedicated to enhancing water reuse through several key programs. Among them is the Lake Water Recycling Program, which treats and reuses water from campus lakes for irrigation and landscaping purposes, thereby reducing dependence on treated municipal water. Additionally, the Rainwater Harvesting Program collects and stores rainwater from building rooftops for non-potable uses such as cleaning, gardening, and flushing systems. These initiatives are regularly monitored to track water savings and ensure effective reuse practices, reflecting ¼¯ÃÀÂ鶹’s commitment to sustainable water management and environmental responsibility.

Summary of the measures and implements water reuse initiatives on campus

No	Measures and implements water reuse initiatives
1	¼¯ÃÀÂ鶹’s Sustainability Strategic Plan 2030
2	Lake water recycling programs
3	Rainwater Harvesting Programs

1. ¼¯ÃÀÂ鶹’s Sustainability Strategic Plan 2030

¼¯ÃÀÂ鶹 is dedicated to enhancing water reuse across its campus as part of its Sustainability Strategic Plan 2030. This plan, which is structured around five sustainability pillars, emphasizes the creation of a Sustainable Campus, with a key focus on optimizing water resource management. The strategy aims to expand the use of recycled water through the improved management of treated water, rainwater and reservoir water.

¼¯ÃÀÂ鶹’s water reuse initiative supports its sustainability commitment by reducing potable water consumption and repurposing water for non-potable uses like irrigation, landscaping, and toilet flushing. This approach minimizes ¼¯ÃÀÂ鶹’s environmental impact and promotes efficient water management. Regular monitoring and assessments ensure water quality, optimize consumption, and reduce pollution, reinforcing ¼¯ÃÀÂ鶹’s dedication to resource conservation.

In ¼¯ÃÀÂ鶹’s Sustainability Strategic Plan 2030, which outlines specific goals to optimize the use of water across the campus. This program not only supports ¼¯ÃÀÂ鶹’s efforts to conserve water but also aligns with the broader global movement towards sustainable water management. Through its water recycling program, ¼¯ÃÀÂ鶹 continues to demonstrate leadership in environmental stewardship and resource efficiency

Link: www.ukm.my/kelestarian/sustainability-strategic-planning/strategic-plan-2030

Listed below are other ¼¯ÃÀÂ鶹  initiative programs to recycle water.

2. Lake water recycling program

A significant example of ¼¯ÃÀÂ鶹’s water reuse initiative is the repurposing of water collected from the Ghazali Lake, the Faculty of Science and Technology (FST), Faculty of Engineering and Built Environment (FKAB) Lake, Kesatria Lake ¼¯ÃÀÂ鶹, Danau Lake ¼¯ÃÀÂ鶹 and Faculty of Information Science and Technology Lake ¼¯ÃÀÂ鶹 (3,679,948.91 gallons). This water is primarily used for irrigating the campus landscape, thereby reducing the need for additional freshwater resources.

3. Rainwater Harvesting Program

The Rainwater Harvesting Program at ¼¯ÃÀÂ鶹 is a key sustainability initiative aimed at collecting and utilizing rainwater for various purposes, including irrigation, non-potable water supply and toilet flushing. By capturing and reusing rainwater, ¼¯ÃÀÂ鶹 reduces its reliance on conventional water supply systems, conserves valuable water resources and promotes eco-friendly water management practices. The total water volume collected from the Rainwater Harvesting Program at ¼¯ÃÀÂ鶹 is approximately 7,586 gallons.

Rainwater harvesting systems are strategically installed at several locations across the ¼¯ÃÀÂ鶹 campus. For instance, the ¼¯ÃÀÂ鶹 Mosque utilizes harvested rainwater for ablution purposes, as illustrated in Figure below, significantly reducing potable water consumption. Similarly, rainwater harvesting systems in residential areas at ¼¯ÃÀÂ鶹 Bangi are used for toilet flushing further enhancing water conservation efforts.

Rainwater harvesting for toilet flushing is an efficient and sustainable method to conserve water and reduce utility costs. At ¼¯ÃÀÂ鶹 Bangi, the harvested rainwater is utilized specifically for toilet flushing, significantly decreasing the reliance on potable water sources. This initiative helps conserve valuable water resources while promoting environmentally responsible practices.