| Webinar Series: Capacity Building and Learning on Solar Powered Water Systems
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Solar Powered Water Systems (SPWS) in Humanitarian Context – Making Sense of SPWS Expansion - This webinar, second in the four-part series, will discuss the different parameters for solarization of existing water schemes in the humanitarian context. Water Mission International will introduce retrofitting existing water schemes into solar. Rocky Mountain Institute will discuss notions on overpumping and how to limit it. IOM UN Migration will then discuss the economic considerations for solar pumping schemes (eg. payback periods and cost savings). Read more... Thursday, 28 Jan at 2:00 pm CET (Registration link)
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Good Practices In City Energy Efficiency - Tianjin, China - Landfill Gas Capture for Electricity Generation
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Revision as of 15:11, 11 September 2015
Good Practices In City Energy Efficiency - Tianjin, China - Landfill Gas Capture for Electricity Generation
| Title of Document
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Good Practices In City Energy Efficiency - Tianjin, China - Landfill Gas Capture for Electricity Generation
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| Abstract
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The city of Tianjin, the fifth largest city in China, has implemented a project to recover landfill gas (LFG), which was otherwise being released into the atmosphere, and burn pretreated LFG for electricity generation. The project was located at the Shuangkuo Landfill, one of five municipal waste landfills in Tianjin. The planned capacity of the project is 4.3 MW which is being installed in stages. The first generator, 1.03 MW, started operation in May 2008, currently utilizing 500-600 cubic meters of landfill gas. The electricity produced is being sold to the North China Power Grid under a long-term contract. Through the project, the city was able to use waste to generate revenues and gain local environmental benefits.
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| File Download
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► English: ESMAP EECI Tianjin gas capture.pdf
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| Original Source
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ESMAP
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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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| Language(s)
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English
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| Document Type
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Case Studies - Exploiting EE Potential, Technology
http://www.esmap.org/node/661
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| Sector
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Solid Waste, Waste and Wastewater
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