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首页> 外文期刊>Biomass & bioenergy >IEA BIOENERGY AGREEMENT TASK XI: MUNICIPAL SOLID WASTE CONVERSION TO ENERGY END OF TASK REVIEW
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IEA BIOENERGY AGREEMENT TASK XI: MUNICIPAL SOLID WASTE CONVERSION TO ENERGY END OF TASK REVIEW

机译:IEA生物能源协议任务十一:将市政固体废物转换为任务审查的能源结束

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摘要

This paper overviews the main work and achievements of the International Energy Agency's Task on Municipal Solid Waste (MSW) conversion to energy. The objectives of the Task were to encourage information exchange between research and development programmes and other new initiatives relating to energy recovery from MSW, and to use this information to benefit research, development and deployment programmes on energy recovery from MSW in participating countries. Governments are now encouraging the sustainable use of MSW resources, both domestically and as part of their international obligations. These encourage development of a waste management hierarchy which places greater emphasis on waste prevention and minimisation through materials and energy recovery. The IEA Task provided participating countries with an international perspective in the areas of thermal technologies (incineration of MSW and refuse derived fuel and ash residues), biological technologies (landfill gas and anaerobic digestion of MSW) and generic issues relating to MSW conversion technologies (source separation, recycling, mechanical processing, sampling and analytical protocols). Work was carried out through meetings, study tours and networks. The main benefits from this international collaboration were that participants obtained up-to-date information on technical and nontechnical issues affecting energy from waste technologies, including legislation, methodologies, and plant experience, that they could then use to eneourage the development of energy from waste in their own countries. The work of the Task will continue for a further three years during 1995-97.
机译:本文概述了国际能源机构关于将城市固体废物(MSW)转换为能源的任务的主要工作和取得的成就。该任务的目的是鼓励研发计划与其他有关从城市固体废弃物中回收能源的新倡议之间交换信息,并利用这些信息使参与国从城市固体废弃物中回收能源的研究,开发和部署计划受益。各国政府现在正在鼓励在国内以及作为其国际义务的一部分可持续利用城市固体废弃物资源。这些鼓励了废物管理体系的发展,该体系更加重视通过材料和能源回收来预防和减少废物。 IEA任务为参与国提供了热技术(焚化垃圾和垃圾衍生燃料和灰渣的焚化),生物技术(垃圾填埋气和垃圾的厌氧消化)以及与垃圾转化技术有关的一般性问题的国际视野(来源)分离,回收,机械加工,采样和分析方案)。工作是通过会议,考察旅行和网络进行的。这次国际合作的主要好处是,参与者获得了有关影响废物技术能源的技术和非技术问题的最新信息,包括立法,方法和工厂经验,他们随后可以利用这些信息来促进废物能源的发展。在他们自己的国家。在1995-97年期间,该任务的工作将再继续进行三年。

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