首页> 外文期刊>Journal of Environment and Earth Science >Gasoline Station Spillage: Its Effect on Ground Water
【24h】

Gasoline Station Spillage: Its Effect on Ground Water

机译:加油站泄漏事故:对地下水的影响

获取原文
           

摘要

This study aimed to determine the effect of gasoline station spillage on the ground water of the 3rd District Municipalities of Cagayan. Specifically, it determined the practices of Gasoline Stations; the pathogenic or coliform organisms through bacteriological parameters which are found/present in the ground water; the concentration of Total Dissolved Solids; and other chemical constituents through physico-chemical analysis present like lead or zinc. It also compared the physico-chemical and bacteriological parameters of the 3rd District Municipalities of Cagayan. Lastly, it spelled out remedial measures undertaken by the Gasoline Stations to minimize or avoid spillage. The study revealed that refilling service is expected to be the service most availed in gasoline stations. This is attributed to the fact that gasoline stations are really intended for refilling of diesel and gasoline products. The other services are just side services offered by the gas stations. The waste storage practices of the gasoline stations are still traditional as indicated by the ways in which their waste is disposed. Most of the total dissolved solids of the different gasoline stations in the 3rd district Municipalities of Cagayan are within the tolerable level set by PNSDW. Total hardness and chloride content of the ground water of the different gasoline stations are all within the tolerable amount. In terms of sulfate content, 61.71 percent are within the tolerable amount while 35.92 percent are beyond the tolerable amount. The ground water of the different gasoline stations contains more iron than manganese. They also contain traces of lead at approximately less than 0.05 parts per million of lead (<0.05). Likewise, significant difference was observed when the chloride content was compared with the different municipalities. While E. coli result is not significantly different when compared with the different quantitative parameters. The same was observed when compared with the waste disposals. Spillage can be minimized by the gasoline stations if they keep their waste in proper disposals. Key Words: gasoline spillage, ground water
机译:这项研究旨在确定加油站漏油对卡加延市第三区市地下水的影响。具体来说,它确定了加油站的做法;通过在地下水中发现/存在的细菌学参数确定病原体或大肠菌;总溶解固体的浓度;以及通过物理化学分析得出的其他化学成分,例如铅或锌。它还比较了卡加延第三区市的理化和细菌学参数。最后,它阐明了加油站采取的补救措施,以尽量减少或避免泄漏。研究表明,加油服务有望成为加油站最常用的服务。这归因于这样的事实,即加油站实际上是为柴油和汽油产品加气而设计的。其他服务只是加油站提供的辅助服务。加油站的废物存储实践仍然是传统的,如其废物处理方式所示。卡加延市第三区不同加油站的大多数溶解固体总量都在PNSDW设定的容许水平内。不同加油站的地下水总硬度和氯化物含量均在容许范围之内。就硫酸盐含量而言,61.71%在容许量之内,而35.92%在容许量之内。不同加油站的地下水中铁比锰更多。它们还含有痕量的铅,铅含量约少于百万分之0.05(<0.05)。同样,当将氯化物含量与不同城市进行比较时,观察到显着差异。与不同的定量参数相比,大肠杆菌的结果没有显着差异。与废物处理相比,观察到的结果相同。如果加油站将废物妥善处理,可以将泄漏减到最少。关键词:汽油泄漏,地下水

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号