Bridging Architecture and Energy Recovery: Waste-to-Energy Solutions for Yaoundé

As Yaoundé grapples with the dual crises of growing waste production and increasing energy demands, Waste- to-Energy (WtE) presents a viable solution. This article explores the design of a WtE plant in Yaoundé, integrating both architectural innovation and environmental sustainability. The study analyzes the current waste management and energy landscape in Cameroon, revealing the potential for energy valorization through waste incineration. The proposed plant features four incineration lines, capable of producing up to 419,000 MWh of electricity annually. Beyond its functional role, the plant’s design incorporates community engagement features such as climbing walls and educational pathways, transforming the industrial complex into a public asset. This article examines how WtE plants can be designed to mitigate environmental impact, contribute to urban development, and promote community well-being.