How the Circular Economy Can Address Climate Change
- Using existing materials over extracting new ones via recycling, remanufacturing, and urban mining
- Eliminating waste and pollution at the design, product, and packaging stage, reducing the burden on natural systems
- Promoting regenerative practices, such as sustainable agriculture, reforestation, and habitat restoration, to rebuild soil health, enhance carbon sequestration, and support biodiversity
- Reducing greenhouse gas (GHG) emissions by extending product lifespans, reducing resource extraction, and promoting clean energy
Case Study
Case Study: Fighting Food Waste, Cutting Emissions
Montréal-based Loop Mission redirects perfectly edible food away from landfills, reducing methane GHG emissions while offering consumers eco-friendly choices, such as cold-pressed juices and smoothies.
Case Study
Carbon Capture and Utilization
Halifax-based CarbonCure Technologies revolutionizes the concrete industry by injecting recycled CO₂ into concrete during production, permanently storing carbon while enhancing the material’s strength.
A Call to Action
Policymakers must integrate circular principles into climate and biodiversity policies, prioritizing regenerative projects and resource efficiency. Businesses should commit to designing products and systems that minimize environmental harm while maximizing positive impact. For individuals, embracing circular behaviours — like choosing regenerative products, supporting biodiversity-friendly brands, and reducing waste — can drive demand for systemic change.
By adopting a circular economy, we can restore balance to our ecosystems, reduce carbon emissions, and secure a thriving future for all species.
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