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首页> 外文会议>WSEAS International Conferences >Gaseous mercury monitoring in the vicinity of a mercury storage site: The MERSADE Project (EU LIFE-Environment Program)
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Gaseous mercury monitoring in the vicinity of a mercury storage site: The MERSADE Project (EU LIFE-Environment Program)

机译：汞储存地点附近的气态汞监测：Mersade项目（欧盟生命环境计划）

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Atmospheric mercury and its species pose a risk to human health, because high concentrations can induce hydrargyrism. On the other hand, in low concentrations mercury may undergo transformation into methylmercury, which is bioacumulable in fish and produces the so-called Minamata disease. We present here data on mercury emissions from a metallic mercury storage facility located at the Las Cuevas mining complex (Almaden mining district; Spain). Our data have been obtained during the tenure of a LIFE-ENV funded project, aimed to the search of new technologies for the storage surplus metallic mercury form the European industry. Our data indicate that the main emission source is a mercury handling warehouse in the Las Cuevas complex. More than 99.9﹪ of the local mercury species is gaseous elemental mercury, with concentrations largely higher than in other localities, after published data. However, concentrations of the rest of species are in the same order of magnitude as available published data for other localities worldwide, what is a clear indication of limited local interspecies transformations.
机译：大气汞及其物种对人体健康产生风险，因为高浓度可以诱导伴随的患者。另一方面，在低浓度下，汞可以经过转化为甲基汞，这是在鱼类中生成的生物可操作并产生所谓的米纳塔病。我们在这里介绍了位于Las Cuevas Mining Complex（Almaden Mining区的金属汞储存设施）的汞排放数据。我们的数据已在生命env资助项目的任期期间获得，旨在寻找欧洲行业的储存剩余金属汞的新技术。我们的数据表明，主要排放来源是LAS Cuevas复合物中的汞处理仓库。超过99.9％的局部汞物种是气态元素汞，浓度大于在公布数据后的其他地方在其他地方。然而，其余物种的浓度与全球其他地方的可用公开数据相同，有限的局部间隙转型的明确指示是什么。

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