Waste-to-Energy (WtE) technology offers a reliable, sustainable waste management approach. Integrating circular economy principles enhances sustainability and cuts costs. Despite Indonesia’s environmental and economic urgency to adopt WtE due to limited landfill capacity, the current waste management policy mainly focuses on minimizing Capex and initial investment risks, making it inadequate. This narrow focus overlooks intangible benefits like improved health and neighborhood comfort. Integrating ecological and human factors is crucial for sustainable development. This research assesses the techno-economic feasibility of the Hydrodrive-Incinerator as a sustainable waste solution for Bogor City, using a comprehensive Enviro-Economic Assessment to monetize benefits like public health and GHG reductions. Results indicate that if GHG emissions are not accounted for, the project is profitable in its 13^th year (IDR 216,874,760). Crucially, when GHG emissions are included, profitability is accelerated to its 8^th year (IDR 2,434,809,810). WtE incinerators promote sustainable waste management and environmental objectives, while also providing financial advantages. Sensitivity analysis reveals that the project’s viability is highly sensitive to the valuation of Environmental Benefits, with a pessimistic combination of increased Capex (+10%) and reduced Environmental Benefit (-25%) being the only scenario that renders the project economically unfeasible (B/C Ratio 0.99). Therefore, strong local government commitment through policy and funding is paramount for successful implementation.