油气开发对尼日利亚景观和地表的影响

S M Nazmuz Sakib
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引用次数: 5

摘要

这篇文章将集中讨论石油和天然气开发对尼日尔三角洲景观、地表水和地下水的影响,同时也评估正在使用的各种补救手段。在地质上,尼日尔三角洲含油气系统分为下白垩统、上白垩统-下古新统和第三系。当尼日利亚于1960年10月1日成为一个独立的国家时,壳牌- bp开始放弃其土地,其勘探许可证被转换为允许开发和生产的勘探许可证。尼日利亚联邦政府于1970年设立了石油资源监察部,尼日利亚于1971年加入石油输出国组织。为了控制该国的石油工业,尼日利亚于1979年将BP的股份完全国有化,壳牌- BP成为尼日利亚壳牌石油开发公司。石油泄漏经常发生在尼日尔三角洲。SPDC的官方数据显示,1976年至2001年间,发生了6187起事故,泄漏了300万桶原油。尼日尔三角洲环境调查1983年Oshika石油泄漏的影响评估。自1971年以来,尼日尔三角洲农田就有原油泄漏的报道。一般来说,毒性取决于原油的性质和类型、石油污染程度、环境类型和个别生物的选择程度。控制燃烧有效地减少了水中的油量,如果操作得当,但必须在低风的情况下进行,并且可能造成空气污染。减少排放的主要目标是燃烧和排气,这是造成大部分空气污染的原因。由于静电的积累,咸水储罐经常容易受到雷击,溢出的石油会扩散到周围的土地和水道。这就需要对储罐进行二次密封,以便更容易地清理不可避免的泄漏。在预计的大风暴或洪水事件中,原油可以从储罐电池中取出,同时用盐水重新填充储罐,以防止储罐在洪水事件中倾覆。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Impact of Oil and Gas Development on the Landscape and Surface in Nigeria
This writing will focus on the impact on the impact of oil and gas development on the landscape, surface water and groundwater of the Niger Delta – while also assessing the various means of remediation in use. Geologically, the Niger Delta petroleum systems consist of Lower Cretaceous , Upper Cretaceous–lower Paleocene and Tertiary. When Nigeria became an independent nation on 1 October 1960, Shell–BP began to relinquish its acreage and its exploration licenses were converted into prospecting licenses that allowed development and production. The Federal Government of Nigeria started its Department of Petroleum Resources Inspectorate in 1970 and Nigeria joined the Organization of the Petroleum Exporting Countries in 1971. – and in order to take control of the country’s petroleum industry, Nigeria nationalized BP’s holding completely in 1979, and Shell–BP became Shell Petroleum Development Company of Nigeria. Oil spillages routinely occur in the Niger Delta. The official figures of SPDC show that between 1976 and 2001, 6,187 incidents in which 3 million barrels were spilled. The Niger Delta Environmental Survey An impact assessment of the 1983 Oshika oil spill. Spills of crude oil in Niger Delta farmlands have been reported since 1971. In general, toxicity depends on nature and type of crude oil , level of oil contamination, type of environment and degree of selective of individual organisms. Controlled burning effectively reduce the amount of oil in water, if done properly but it must be done in low wind and can cause air pollution. A principal target for emissions reduction is flaring and venting which causes most of the air pollution. Saltwater tanks can be often susceptible to lightning strikes due to build up in static electricity, with the spilled oil spreading to surrounding lands, waterways. This requires a secondary containment of the tanks that makes it easier to clean up the inevitable spill. In cases of expected major storms or flooding events, crude oil can be removed from tank batteries while refilling the tanks with saltwater to prevent them tipping over during the flooding event.
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