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首页> 外文期刊>Waste Management >On-line detection of metal pollutant spikes in MSW incinerator flue gases prior to clean-up
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On-line detection of metal pollutant spikes in MSW incinerator flue gases prior to clean-up

机译:清理前在线检测垃圾焚烧炉烟气中的金属污染物峰值

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摘要

SUWIC's unique mobile metals emissions monitoring laboratory has been used to measure metal pollutant spikes in the flue gas from a municipal solid waste incinerator, prior to gas clean-up. The laboratory has a heated sampling probe that extends into the plant, allowing the simultaneous on-line measurement of the concentrations of more than 30 metals by Inductively Coupled Plasma-Optical Emission Spectrometry (ICP-OES). As little is known about temporal variation in metal concentrations, this capability is seen as a major advance. The graphs of continuous measurements show that the elemental loading is far from uniform, and that concentrations fluctuate far more than may have been conventionally expected. There are occasional significant spikes in the emission profiles for cadmium and mercury, which are believed to be due to specific items in the waste feed material. Continuous monitoring measurements are of significant value for those seeking to model metal behaviour in combustion and in pollution control devices.
机译:SUWIC独特的移动金属排放监测实验室已用于在净化气体之前测量市政固体废物焚化炉烟气中的金属污染物峰值。该实验室有一个延伸到工厂的加热采样探头,可以通过电感耦合等离子体发射光谱(ICP-OES)同时在线测量30多种金属的浓度。关于金属浓度的时间变化知之甚少,这种能力被视为一项重大进步。连续测量的图表明,元素负荷远非均匀,并且浓度的波动远大于常规预期的波动。镉和汞的排放曲线偶尔会出现明显的峰值,这被认为是由于废物原料中的特定项目所致。对于那些试图对燃烧和污染控制设备中的金属行为进行建模的方法而言,连续监测测量具有重要价值。

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