Telkom University Strengthens Its Comprehensive and Safe Water Conservation System Across the Campus

Integrated Water Conservation Infrastructure

Every faculty building at Telkom University is equipped with infiltration wells designed to collect and absorb rainwater into the ground. Through this system, rainwater from building rooftops and surrounding areas does not flow directly into final reservoirs or lakes, but instead seeps naturally into the soil, helping to replenish groundwater reserves and prevent surface flooding. This approach not only optimizes the use of natural resources but also reinforces the university’s efforts to promote groundwater conservation and maintain ecological harmony within the southern Bandung region.

Wastewater Treatment and Pollution Prevention

Telkom University has established a robust water treatment mechanism to manage and process water that flows through the campus area. River water is first processed at the university’s Wastewater Treatment Plant (WWTP) before being directed to retention ponds and infiltration lakes.

This treatment system significantly reduces the potential for water pollution. Once treated, the water is returned to nearby rivers in a cleaner and safer condition, a reflection of the university’s ecological responsibility and its active contribution to safeguarding biodiversity and ecological balance.

Water-Conscious Planting and Green Open Spaces

One of the most distinctive features of Telkom University’s environmental strategy is its water-conscious planting approach. The university’s vast green open spaces consist of nine local forests, forming a lush canopy that attracts diverse bird species to nest and thrive further supporting campus biodiversity.

Almost all the vegetation across these areas consists of drought-tolerant and native plant species, such as breadfruit, mahogany, bottle palm, teak, ebony, and other hardwood varieties. Additionally, acacia, sorghum, sansevieria (mother-in-law’s tongue), corn, cassava, and herbal plants are cultivated as part of the campus’s green landscape.

These climate-resilient plants contribute to maintaining biodiversity while ensuring that the campus ecosystem remains self-sustaining and requires minimal artificial irrigation. This demonstrates Telkom University’s smart landscaping strategy, combining natural beauty with sustainable water management.

Eco-Friendly and Sustainable Approach

Telkom University’s wastewater management follows the Reduce, Reuse, and Recycle (3R) principle, ensuring that every drop of water can be reused for non-consumptive purposes such as watering gardens, cleaning facilities, and operational needs.

This integrated and eco-friendly approach makes Telkom University a living model of a sustainable campus, prioritizing both technological innovation and ecological preservation. It also reinforces the university’s alignment with SDG 6 (Clean Water and Sanitation) and SDG 13 (Climate Action), addressing climate resilience through efficient water use and green infrastructure.

Conclusion

Through its integrated water systems, biodiversity-supporting landscapes, and community based educational initiatives, Telkom University demonstrates a holistic approach to sustainability and climate action. By combining green infrastructure with climate-resilient design and water-conscious practices, the university not only ensures responsible water management on campus but also extends its positive environmental impact to the broader community. These continuous efforts reaffirm Telkom University’s leadership in sustainable campus development, promoting biodiversity, conserving groundwater, and inspiring future generations to safeguard natural resources for a greener, more resilient future.