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Sustainable waste management for zero waste cities in China: potential, challenges and opportunities
by
Lee, Roh Pin
, Voss, Raoul
, Meyer, Bernd
, Huang, Qiuliang
in
Carbon
/ Chemical recycling
/ Circular economy
/ Cities
/ Economics
/ Energy recovery
/ Energy sources
/ Environmental protection
/ Landfills
/ Recycling
/ Resource conservation
/ Sustainability management
/ Sustainable waste management
/ Waste disposal sites
/ Waste management
/ Waste sorting
2020
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Sustainable waste management for zero waste cities in China: potential, challenges and opportunities
by
Lee, Roh Pin
, Voss, Raoul
, Meyer, Bernd
, Huang, Qiuliang
in
Carbon
/ Chemical recycling
/ Circular economy
/ Cities
/ Economics
/ Energy recovery
/ Energy sources
/ Environmental protection
/ Landfills
/ Recycling
/ Resource conservation
/ Sustainability management
/ Sustainable waste management
/ Waste disposal sites
/ Waste management
/ Waste sorting
2020
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While trying to remove the title from your shelf something went wrong :( Kindly try again later!
Do you wish to request the book?
Sustainable waste management for zero waste cities in China: potential, challenges and opportunities
by
Lee, Roh Pin
, Voss, Raoul
, Meyer, Bernd
, Huang, Qiuliang
in
Carbon
/ Chemical recycling
/ Circular economy
/ Cities
/ Economics
/ Energy recovery
/ Energy sources
/ Environmental protection
/ Landfills
/ Recycling
/ Resource conservation
/ Sustainability management
/ Sustainable waste management
/ Waste disposal sites
/ Waste management
/ Waste sorting
2020
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Sustainable waste management for zero waste cities in China: potential, challenges and opportunities
Journal Article
Sustainable waste management for zero waste cities in China: potential, challenges and opportunities
2020
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Abstract
Waste is a valuable secondary carbon resource. In the linear economy, it is predominantly landfilled or incinerated. These disposal routes not only lead to diverse climate, environmental and societal problems; they also represent a loss of carbon resources. In a circular carbon economy, waste is used as a secondary carbon feedstock to replace fossil resources for production. This contributes to environmental protection and resource conservation. It furthermore increases a nation’s independence from imported fossil energy sources. China is at the start of its transition from a linear to circular carbon economy. It can thus draw on waste management experiences of other economies and assess the opportunities for transference to support its development of ‘zero waste cities’. This paper has three main focuses. First is an assessment of drivers for China’s zero waste cities initiative and the approaches that have been implemented to combat its growing waste crisis. Second is a sharing of Germany’s experience—a forerunner in the implementation of the waste hierarchy (reduce–reuse–recycle–recover–landfill) with extensive experience in circular carbon technologies—in sustainable waste management. Last is an identification of transference opportunities for China’s zero waste cities. Specific transference opportunities identified range from measures to promote waste prevention, waste separation and waste reduction, generating additional value via mechanical recycling, implementing chemical recycling as a recycling option before energy recovery to extending energy recovery opportunities.
Waste is a valuable resource in the circular carbon economy. Germany has been a forerunner in sustainable waste management. This study identifies opportunities to apply Germany’s experiences to China’s Zero Waste Cities.
Graphical Abstract
Graphical Abstract
Publisher
Oxford University Press
Subject
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