THESIS
BMO Sustainability Award Winner
Part of OCAD U Global Centre for Climate Action(GCCA).
Featured in OCAD U 110th GradEx
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In response to the challenges posed by increasing waste production and the growing scarcity of land for landfill use, this project explores the potential of waste as a valuable resource for energy production, while implementing strategies to revitalize the land following landfill closure.
Exterior Green Space Situation
Designed as a multifunctional facility, the project proposes an innovative solution to reduce waste destined for landfills while creating interior and exterior spaces that foster community engagement.
SPATIAL CONFIGURATION: Metamorphosis
WASTE TO ENERGY PROCESS
Waste is collected daily and deposited into a large, partially underground waste bunker, where the process begins. From there, it is transferred to an incinerator and burned at high temperatures. The resulting gases pass through treatment systems that remove harmful flue gases, while ash by-products are collected and processed.
In the final stage, only a minimal amount of non-combustible residue remains, which is safely disposed of. Meanwhile, the heat generated during incineration produces steam that drives turbines to generate electricity, which is fed into the power grid, supplying heat and electricity to nearby homes.
As waste decomposes, it releases toxic metals and gases into the soil. To help restore the site, native Brantford plant species with phytoremediation properties are introduced, acting as bio-filters that absorb contaminants from the soil. These plantings help cleanse the land, attract pollinators, and restore biodiversity to the area.
VISITOR EDUCARTION CENTER PERSPECTIVE
REFILLERY PERSPECTIVE
GLASS HALLWAY PERSPECTIVE
PHYSICAL MODEL
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