The group walked over grass-capped Cell 2, now stabilized, and Cell 3, where refuse layering is still under way, before moving to the Resource-Circulation Energy Town, which incinerates and cogenerates 400 tonnes of waste per day; real-time monitors posted just 27 ppm of NOx. At an RFID drive-through weighbridge, they watched 60-ton trucks roll across twin scales while any load deviating by more than five percent triggered an automatic alert. Inside a climate-controlled greenhouse, students repotted native seedlings for slope restoration, and in the 10-hectare wildflower park they explored a reclaimed slope sown with Coreopsis and Panicum. By logging water-quality, emissions, and biodiversity data throughout the tour, the students gained a concrete view of how waste can be transformed into electricity, heat, and green space—an integrated model that deepened their understanding of sustainability.