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Chapter V Strategies for Climate Change Mitigation

enable end-of-life products to return to manufacturers for remanufacturing or reuse. This not
only reduces costs but also minimizes extraction of virgin resources.
（3）Eco-Design and Reverse Logistics：Incorporate future recycling and disposal
considerations into product design, and establish efficient reverse logistics systems to facili-
tate the collection and transportation of end-of-life products.
（6）Potential for Climate Change Mitigation
Circular economy has tremendous potential in mitigating climate change. By reducing
resource consumption and waste generation, circular economy can significantly lower green-
house gas emissions. For example:
（1）Reducing energy demand: More efficient resource utilization means less energy
consumption, thereby reducing fossil fuel combustion and carbon dioxide emissions.
（2）Carbon capture and storage: Certain circular economy practices, such as bioener-
gy with carbon capture and storage (BECCS), can sequester carbon dioxide while generating
energy, achieving negative emissions.
（3）Optimizing land use: Promoting circular agricultural models like organic farming
and agroforestry can increase soil carbon storage, reduce fertilizer and pesticide use, and
protect ecosystems.
（7）Practical Case Analysis
[1] Practical Case 1: The Circular Economy Park in the Netherlands —— Ecopark
（1）Background
In Rotterdam, the Netherlands,Ecoparkis a typical circular economy park that demon-
strates how to create a sustainable industrial ecosystem through integrated waste manage-
ment and resource recovery. The park aggregates multiple enterprises handling different
types of waste, such as electronic waste, plastics, metals, and organic waste.
(2) Practices
① Waste Sorting and Recycling:EcoparkIt houses advanced waste sorting facilities that
efficiently separate different types of waste, ensuring each material receives optimal process-
ing.
② Closed-loop Supply Chains: Enterprises within the park maintain close collaborative
relationships, forming multiple closed-loop supply chains. For example, waste heat gener-
ated by one company can provide energy for another’s production process; recycled plastics
are processed into new plastic products that re-enter the market.
③ Eco-design and Reverse Logistics: Many products incorporate future recycling and
reuse considerations during initial design phases. The park has also established a comprehen-
sive reverse logistics system to facilitate collection and transportation of discarded products.
(3) Achievements
Through these measures,Ecoparkthe park has significantly reduced landfill waste while
creating substantial employment opportunities, andIt saves a significant amount of raw ma-
terial procurement costs annually. Additionally, the park’s successful operation has attracted

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