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首页> 外文期刊>Bundesgesundheitsblatt, Gesundheitsforschung, Gesundheitsschutz >Particulate emissions from residential wood combustion. Evaluation under real-life operating conditions and toxicological relevance
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Particulate emissions from residential wood combustion. Evaluation under real-life operating conditions and toxicological relevance

机译:住宅木材燃烧的微粒排放。 在现实生活条件下评估和毒理学相关性

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摘要

Due to their high emission of particulate matter, wood fired furnaces have become a focal point of public discussion in Germany. Log-fired single room heaters can be identified as a main contributor to this matter. The particulate matter emitted by outdated as well as modern furnaces directly affects the pollution inside residential areas. This is demonstrated by a test campaign of a fibrous filter system developed by the Technology of Fuels Unit at RWTH Aachen University. The filter system captures the emitted particles and retains them inside a highly porous media. Particles from different households and combustion systems were collected over half a heating season. Afterwards, the chemical composition of the accumulated particulate matter was analysed. Based on the particle composition, the furnace operation can be evaluated and consequently improved. This method can be seen as an integral evaluation of the emitted particles of small scale furnaces under real-life operating conditions.
机译:由于它们的颗粒物质的高排放,木材燃烧炉已成为德国公共讨论的焦点。可以将注销的单室加热器作为此事的主要贡献者。过时的和现代炉子发出的颗粒物质直接影响住宅区内的污染。这是通过在亚琛大学燃料单位技术开发的纤维过滤系统的测试运动来证明。过滤系统捕获发射的粒子并在高度多孔介质内保持它们。来自不同家庭和燃烧系统的颗粒被收集超过一半加热季。然后,分析累积颗粒物质的化学成分。基于颗粒组成,可以评估炉操作并因此改善。该方法可以被视为在现实寿命操作条件下的小刻度熔炉的发射颗粒的整体评价。

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