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  • 标题:Transforming Waste Management Operations to Green Energy Initiatives: Opportunities and Challenges
  • 本地全文:下载
  • 作者:Jy Shing Wu ; H. K. Tseng ; J. C. Ferrell
  • 期刊名称:International Journal of Energy Economics and Policy
  • 电子版ISSN:2146-4553
  • 出版年度:2017
  • 卷号:7
  • 期号:3
  • 页码:50-57
  • 语种:English
  • 出版社:EconJournals
  • 摘要:Emerging challenges for the landfill enterprises include the increasing difficulty in siting and permitting landfills, rising energy costs, and impending reduction in greenhouse gas emissions. A roadmap is presented to overcome these challenges as well as transform landfill operations to green energy initiatives. A feasibility study including financial analysis was performed for electric energy production from the captured landfill gas, solar-electric energy from closed landfill cells, and bioenergy from buffer and idle lands bordering the landfilling areas. While the landfill- and solar-electric energy options are economically viable, the bioenergy option requires due consideration of production capacity and tax credit and incentives. Returns on investment can provide sustainable solid-waste tipping fees, offset funding required for post-closure expenses, and reduce greenhouse gas emissions without direct land-use change. Energy policies for carbon credits and tax incentives are critical elements to sustain the financing of green energy projects for the waste management industry. Keywords : landfill operation, renewable energy, greenhouse gas, environmental economics JEL Classifications: P18, Q53, Q59
  • 其他摘要:Emerging challenges for the landfill enterprises include the increasing difficulty in siting and permitting landfills, rising energy costs, and impending reduction in greenhouse gas emissions. A roadmap is presented to overcome these challenges as well as transform landfill operations to green energy initiatives. A feasibility study including financial analysis was performed for electric energy production from the captured landfill gas, solar-electric energy from closed landfill cells, and bioenergy from buffer and idle lands bordering the landfilling areas. While the landfill- and solar-electric energy options are economically viable, the bioenergy option requires due consideration of production capacity and tax credit and incentives. Returns on investment can provide sustainable solid-waste tipping fees, offset funding required for post-closure expenses, and reduce greenhouse gas emissions without direct land-use change. Energy policies for carbon credits and tax incentives are critical elements to sustain the financing of green energy projects for the waste management industry. Keywords : landfill operation, renewable energy, greenhouse gas, environmental economics JEL Classifications: P18, Q53, Q59
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