首页> 外文期刊>Biomass & bioenergy >THE INTERNATIONAL ENERGY AGENCY'S (IEA) WORK IN HARMONISING SAMPLING AND ANALYTICAL PROTOCOLS RELATED TO MUNICIPAL SOLID WASTE (MSW) CONVERSION TO ENERGY
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THE INTERNATIONAL ENERGY AGENCY'S (IEA) WORK IN HARMONISING SAMPLING AND ANALYTICAL PROTOCOLS RELATED TO MUNICIPAL SOLID WASTE (MSW) CONVERSION TO ENERGY

机译:国际能源机构(IEA)在协调与城市固体废物(MSW)转换为能源有关的采样和分析协议方面的工作

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摘要

Legislation relating to the composition of waste and the end products from energy from waste processes is becoming increasingly strict, therefore appropriate sampling procedures need to be available to perform the analyses accurately. It is also important to be able to compare methods used and results obtained from analytical procedures carried out in different countries. Efforts are focused in three areas: Household waste: A considerable body of information has been compiled on methods used to produce compositional information on household waste. This has been added to by literature searches and from countries not participating directly in the work of the activity. The data collated has been used to review protocols being used for the sampling and analysis of household waste. Landfill gas: This work has focused on methods used to determine the concentration of trace organic compounds present in landfill gas. Concerns about such emissions focus on their potential contributions to: 1. human toxicity 2. environmental impacts (e.g. odour and global pollution events) 3. corrosion in gas utilisation systems 4. the composition of emissions from flares, engines, and turbines The methods used vary considerably, often focusing priority pollutants. Studies investigating such emissions are being carried out world-wide. Emission monitoring at MSW combustion facilities: New information concerning the potential application of advanced emissions monitoring techniques at coal and MSW combustion facilities has been collated. This is currently being incorporated into a new document which will update the 1991 IEA technology report "Review of Emissions and Performance Monitoring of MSW Incinerators".
机译:与废物和废物过程中的能源产生的最终产品有关的法律越来越严格,因此需要适当的抽样程序来准确进行分析。能够比较使用的方法和从不同国家进行的分析程序获得的结果也很重要。工作重点集中在三个领域:家庭垃圾:已经收集了大量有关产生家庭垃圾成分信息的方法的信息。文献搜索和不直接参加活动工作的国家/地区也添加了此功能。整理的数据已用于审查用于家庭废物采样和分析的协议。垃圾填埋气:这项工作集中于确定垃圾填埋气中微量有机化合物浓度的方法。对此类排放的关注集中在其可能的影响上:1.对人类的毒性2.对环境的影响(例如,气味和全球污染事件)3.气体利用系统中的腐蚀4.火炬,发动机和涡轮排放的成分差异很大,通常重点关注优先污染物。目前正在全世界范围内进行调查这种排放的研究。都市固体废物燃烧设施的排放监测:已收集了有关先进排放监测技术在煤炭和都市固体废物燃烧设施中潜在应用的新信息。目前已将其纳入新文档中,该文档将更新1991年IEA技术报告“ MSW焚化炉的排放和性能监控审查”。

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