MSEUF explores innovative water recycling initiatives through Banyuhay Pond

 

Harnessing the potential of Banyuhay Pond

Located within the University grounds, Banyuhay Pond measures approximately 103 meters in length, 52 meters in width, and 90 meters in depth, with an estimated water volume of 480,000 cubic meters. This natural feature presents vast potential for water recycling and resource conservation, aligning with MSEUF’s sustainability goals.

Once implemented, the University’s water recycling system will repurpose water from the pond for non-potable applications, including watering plants, maintaining grass and non-fruit-bearing trees, and toilet flushing. Through this initiative, MSEUF aims to reduce freshwater consumption, promote environmental stewardship, and achieve long-term operational cost savings.

Future-forward sustainability measures

The University administration is currently exploring the use of a submersible pump system to extract and distribute pond water for landscape maintenance. In addition, a proposal has been introduced to utilize the Banyuhay Pond for renewable energy generation through hydropower. The concept involves harnessing the flow of water to spin a turbine connected to a generator, producing sustainable energy to support campus operations.

These future projects underscore MSEUF’s proactive approach to sustainable campus development, integrating innovation, conservation, and green technology into its institutional practices.

Advancing sustainability through mindful action

Through initiatives like the upcoming Water Recycling Program, MSEUF reinforces its dedication to Mindfulness and Excellence, core values that shape the University’s pursuit of environmentally responsible growth. The Banyuhay Pond project exemplifies how the University continually adapts and innovates to meet global sustainability standards.

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Related UN Sustainable Development Goals (SDGs):

• SDG 6: Clean Water and Sanitation – Encouraging water reuse and responsible consumption.

• SDG 13: Climate Action – Strengthening climate resilience through sustainable practices.