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首页> 外文期刊>Revista internacional de contaminación ambiental >DETERMINACIóN DEL PERFIL DE BENCENO Y DE HIDROCARBUROS DE FRACCIóN LIGERA EN EL SUELO DEL PASIVO AMBIENTAL DE LA EX-REFINERíA “18 DE MARZO”, CIUDAD DE MéXICO
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DETERMINACIóN DEL PERFIL DE BENCENO Y DE HIDROCARBUROS DE FRACCIóN LIGERA EN EL SUELO DEL PASIVO AMBIENTAL DE LA EX-REFINERíA “18 DE MARZO”, CIUDAD DE MéXICO

机译:墨西哥前“ 18 de MARZO”炼油厂的环境责任中土壤中轻质烃和苯的特征测定

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During the 58 years the “18 de Marzo” Refinery, owned by Petróleos Mexicanos (PEMEX), was in operation, its activities of refining, storage and distribution of hydrocarbons produced spills that impacted soil and water and resulted in the emergence of an environmental liability by the time the refinery closed. Remediation has been considered as an alternative to solve the presence of environmental liabilities. Taking into account these factors, the purpose of this research was to measure the mass of contaminants by determining a profile of the mass of soil for benzene and light petroleum fractions (HFL) in the environmental liability of the refinery, prior and after a process of remediation by depths. Mass discharges that were calculated prior to remediation were 10 139 kg for benzene and 437 090 kg for HFL; after remediation, they were 1092 kg for benzene and 34 992 kg for HFL, given a total of 642 samples in 122 profiles and a soil volume of 680 356 m 3 . The mass of benzene and HFL after remediation is considered at acceptable levels because the sample concentrations do not exceed the maximum permissible limits set by the OMS-138-SEMARNAT/SS-2003 regulation. The applied methodology can be used in large-size sites where environmental liabilities are present and a looming public health risk. The determination of the profile for the mass of soil is an option to follow up verification of the reports and the mitigation measures of the environmental impact, as it is possible to apply profiling prior and after remediation.
机译:在58年的时间里,墨西哥石油公司(PEMEX)拥有的“ 18 de Marzo”精炼厂投入运营,其精炼,储存和分配碳氢化合物的活动产生了影响土壤和水的泄漏物,并导致了环境责任的产生。炼油厂关闭时。补救措施已被视为解决环境责任的替代方法。考虑到这些因素,本研究的目的是通过确定精炼厂在处理之前和之后的环境责任中土壤中苯和轻石油馏分(HFL)的质量概况来测量污染物的质量。深度修复。在补救之前计算出的质量排放量是:苯为10 139千克,而HFL为437 090千克;修复后,苯的重量为1092千克,HFL的重量为34 992千克,总共提供了122个剖面的642个样品,土壤体积为680 356 m 3。补救后的苯和HFL的质量被认为处于可接受的水平,因为样品浓度未超过OMS-138-SEMARNAT / SS-2003法规所设定的最大允许限值。所应用的方法可用于存在环境责任和迫在眉睫的公共健康风险的大型场所。确定土壤质量的轮廓是对报告和环境影响缓解措施进行后续验证的一种选择,因为可以在修复前后进行分析。

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