Telkom University Implements Comprehensive Waste Tracking and Recycling System

Telkom University continues to strengthen its position as a leading sustainable university in Indonesia by implementing a comprehensive digital waste management system that supports Sustainable Development Goal (SDG) 12: Responsible Consumption and Production.

Through the Smash-Pay digital platform, integrated with the ASUS (Academic Sustainability System), Telkom University monitors every stream of campus-generated waste in real time. This integration enables effective waste tracking, measuring both the amount of waste generated and recycled across the university. The system provides precise, data-driven insights that help improve waste reduction strategies and promote environmentally responsible behavior among students, staff, and the wider campus community.

In 2024, Telkom University successfully managed 281.2 tons of waste. This consisted of 195.6 tons of organic leaf waste, with 12.7 tons processed into compost and 5.1 tons sold for reuse; 2.4 tons of food waste, which was converted into 0.7 tons of compost pellets and 1.6 tons of maggot feed; and 83.2 tons of inorganic waste, of which 50.3 tons were recycled and 32.9 tons incinerated. These efforts reflect the university’s measurable contribution to sustainable waste management and circular economy practices.

Furthermore, Telkom University ensures transparency and accountability by making all waste management activities publicly accessible through https://kompos.logas.id/. This platform allows stakeholders to view real-time data, track waste flow, and understand the impact of sustainability initiatives implemented across campus.

Through consistent digital innovation and community participation, Telkom University is setting an example for other higher education institutions in Indonesia. The university’s commitment to waste tracking, recycling, and zero-waste principles underscores its long-term vision of building a green, efficient, and environmentally responsible campus ecosystem for future generations.