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Why Chinese Municipal Solid Waste Landfills don't Generate the Expected Amount of Emission Reduction - Sino-German Research Project on Resource Recovery and Utilization of Bioorganic Municipal Waste
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| | {{Biogas Library | | {{Biogas Library |
| | |BL Title=Why Chinese Municipal Solid Waste Landfills don't Generate the Expected Amount of Emission Reduction - Sino-German Research Project on Resource Recovery and Utilization of Bio-organic Municipal Waste | | |BL Title=Why Chinese Municipal Solid Waste Landfills don't Generate the Expected Amount of Emission Reduction - Sino-German Research Project on Resource Recovery and Utilization of Bio-organic Municipal Waste |
| − | |BL Author=Bernhard Raninger | + | |BL Source=Bernhard Raninger |
| | |BL Year=2009 | | |BL Year=2009 |
| − | |BL Type= | + | |REPRC Region East Asia and Pacific=East Asia & The Pacific |
| | + | |REPRC Country in East Asia and Pacific=China |
| | + | |Waste Treatment=Waste Treatment |
| | + | |BL Type=Study & Report |
| | |BL Language=English | | |BL Language=English |
| | + | |BL Language AR= |
| | + | |BL Language URL ar= |
| | + | |BL Language CN= |
| | + | |BL Language URL cn= |
| | |BL Language URL en=https://www.dropbox.com/s/3wvvkqcryb420vd/2009_Raninger_Why%20chinese%20msw%20landfills%20do%20not%20generate%20the%20expected%20amount%20of%20emission%20reduction.pdf | | |BL Language URL en=https://www.dropbox.com/s/3wvvkqcryb420vd/2009_Raninger_Why%20chinese%20msw%20landfills%20do%20not%20generate%20the%20expected%20amount%20of%20emission%20reduction.pdf |
| − | |BL Abstract= Due to the ongoing urbanization, changing consumer behaviour and the progress in industrialization and improved collection services, the quantities of municipal solid waste are growing continuously in China. How to set up a most efficient waste treatment infrastructure and how to improve treatment capacities up to the demand is still not clear, therefore landfilling still remains as a priority1. Separating waste at the source is a choice, which basically complies with the objectives of China's environmental management targets of solid waste management and circular economy | + | |BL Language FR= |
| | + | |BL Language URL fr= |
| | + | |BL Language DE= |
| | + | |BL Language URL de= |
| | + | |BL Language PR= |
| | + | |BL Language URL pr= |
| | + | |BL Language RU= |
| | + | |BL Language URL ru= |
| | + | |BL Language SP= |
| | + | |BL Language URL sp= |
| | + | |BL Language OT= |
| | + | |BL Language URL other= |
| | + | |BL Abstract=Due to the ongoing urbanization, changing consumer behaviour and the progress in industrialization and improved collection services, the quantities of municipal solid waste are growing continuously in China. How to set up a most efficient waste treatment infrastructure and how to improve treatment capacities up to the demand is still not clear, therefore landfilling still remains as a priority1. Separating waste at the source is a choice, which basically complies with the objectives of China's environmental management targets of solid waste management and circular economy |
| | }} | | }} |
Latest revision as of 13:58, 16 October 2018
Why Chinese Municipal Solid Waste Landfills don't Generate the Expected Amount of Emission Reduction - Sino-German Research Project on Resource Recovery and Utilization of Bio-organic Municipal Waste
| Title
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Why Chinese Municipal Solid Waste Landfills don't Generate the Expected Amount of Emission Reduction - Sino-German Research Project on Resource Recovery and Utilization of Bio-organic Municipal Waste
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| Author
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Bernhard Raninger
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| Year
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2009
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| Region/Country
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East Asia & The Pacific - China
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| Topics
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Waste Treatment
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| Document Type
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Study & Report
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| File Download
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► English: file on external website
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| Language(s)
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English
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| Abstract
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Due to the ongoing urbanization, changing consumer behaviour and the progress in industrialization and improved collection services, the quantities of municipal solid waste are growing continuously in China. How to set up a most efficient waste treatment infrastructure and how to improve treatment capacities up to the demand is still not clear, therefore landfilling still remains as a priority1. Separating waste at the source is a choice, which basically complies with the objectives of China's environmental management targets of solid waste management and circular economy
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