As part of the experiential learning initiative of the Department of Environmental Science and Engineering, students from the M.Sc. Environmental Science and M.Tech. Environmental and Sustainable Engineering programs of SRM University-AP visited Jindal Urban Waste Management Ltd. (JUWM), Kondaveedu Village, Guntur District, Andhra Pradesh, on 12th September 2025.
The students were accompanied by Dr. Deep Raj (M.Sc. Coordinator) and Dr. Nirav P. Raval (M.Tech. Coordinator) during the field visit.The Jindal Urban Waste Management facility operates with a 20 MW waste-to-energy (WtE) power generation capacity, processing approximately 1,600 metric tonnes of municipal solid waste per day sourced from Guntur, Vijayawada, Mangalagiri, Tenali, Sattenapalli, and other neighbouring municipalities. Of the total power generated, 18 MW is supplied to the state grid,while 2 MW is utilized internally for auxiliary operations. The plant also handles around 120 kilolitres of leachate per day, which is treated through a state-of-the-art leachate treatment system ensuring zero liquid discharge.
The visit aimed to provide students with hands-on exposure to integrated municipal solid waste management and WtE operations. Students observed and studied:
- Waste collection, segregation, and stabilization in engineered pit systems.
- High-temperature incineration (~900°C) using moving grate technology for thermal conversion.
- Steam generation and power production through advanced turbine systems feeding electricity into the grid.
- Air pollution control and emission monitoring systems complying with CPCB standards.
- Circular economy practices, including ash utilization and metal recovery for construction applications.
The visit highlighted the facility’s strong commitment to zero-waste and zero-discharge principles, reflecting how technological innovation can harmonize with environmental responsibility. Students gained deep insights into operational efficiency, safety management,and sustainability practices that form the backbone of modern urban waste infrastructure.
This industrial exposure effectively bridged theoretical learning with real-world application, inspiring students to envision innovative, sustainable solutions for future urban environmental challenges.
