THE Sustainability Impact Ratings 2026
22 Februari 2024
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Telkom University Strengthens Collaboration and Innovation on Water Security

Keywords:WaterSecurity, Sustainability, Innovation Cooperation on Water Security At the national level, Telkom University collaborates with KONEKSI Australia, the Great River Basin Authority of Indon...

DPenulis: DCS Telkom UniversityDEditor: DCS Telkom University
Telkom University Strengthens Collaboration and Innovation on Water Security

Keywords:WaterSecurity, Sustainability, Innovation

Cooperation on Water Security

At the national level, Telkom University collaborates with KONEKSI Australia, the Great River Basin Authority of Indonesia (BPDA), and the University of Wollongong to develop an integrated water level and flood monitoring system for northern Central Java — a region often affected by floods and water surges.
Through this collaboration, Telkom University contributes to the design of IoT-based early warning technologies that enable real-time monitoring of water levels and flow dynamics, supporting local governments in data-driven flood preparedness.

In 2024, the university also received government funding to create an Image Processing–Based River Waste Sorting Device, capable of identifying and separating waste in river streams through advanced image recognition systems. This technology supports cleaner waterways and promotes sustainable river ecosystems.

Campus Water Management and Infrastructure

Telkom University has established an adequate and safe water conservation system throughout its campus. Each building is equipped with infiltration wells that allow rainwater to absorb into the ground instead of flowing directly into reservoirs, helping to maintain groundwater levels.
Sewage systems are directed to a special reservoir for water filtration before being discharged to the main lake, known as Lake Tekno. Additionally, the Wastewater Treatment Plant (IPAL) processes river water entering the campus before channeling it to retention ponds and infiltration lakes. Only after this treatment is the water released back into nearby rivers.

This process, combined with environmentally friendly wastewater management and the Reduce, Reuse, Recycle (3R) principle, ensures efficient resource use and minimizes environmental impact. According to internal data, the rainwater harvesting and reuse capacity reaches over 650 cubic meters per day, meeting most of the university’s daily non-consumptive water demand.

Commitment to Sustainable Development

Through an integrated approach that bridges research, infrastructure, and global collaboration, Telkom University demonstrates how higher education institutions can play a pivotal role in promoting water security and sustainability.
By combining smart technology, effective water reuse, and international partnerships, Telkom University continues to strengthen its position as a leading green campus and a national example of responsible environmental stewardship.

#THE Sustainability Impact Ratings 2026

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