尼日利亚尼日尔三角洲地区天然气燃除的环境影响分析

E. Ubani, I. Onyejekwe
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引用次数: 48

摘要

天然气燃除是上游石油公司在油田作业过程中燃烧火炬堆中的天然气和石油碳氢化合物。天然气燃除是全球变暖的单一和最常见的来源,并导致一氧化碳、氧化氮和甲烷的排放,这些物质有造成环境污染和生态干扰或破坏的倾向。本研究探索并提出了一种分析尼日尔三角洲天然气燃除对环境影响的方法,以便为完整分析和评估尼日尔三角洲天然气燃除对健康和环境的各种观察和注意到的影响提供所需的数据。本研究考虑的主要环境影响是环境污染、生态干扰或破坏。对大多数天然气火炬点附近的邻近社区进行了几次访问,以确定是否存在共同的环境危害。通过精心设计和清晰的口头和书面调查问卷,直接和第一手观察他们的环境,以及与社区负责人(如有可能,王室当局)、患者和青年的全面访谈来收集数据。从气体耀斑位置的不同距离处采集了不同的样品,并进行了精心的测量和实验。本研究的结果显示了一个明显的趋势,所有考虑的参数在所有流站都显示出远离耀斑点的梯度,如远离耀斑点的土壤pH值从酸性(4.0-4.2)变化到接近中性(6.4-6.6),土壤含水量平均较低(17% - 23%),而(10m和20m)和控制距离为40%。这些耀斑每天排放的碳量约为2525000.00吨。这些价值观给受影响的社区描绘了一个不好的预兆。这项研究建议,天然气燃烧应被视为对人民的紫色行动,燃烧后的天然气应用于满足经济工业部门日益增长的能源需求。
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Environmental impact analyses of gas flaring in the Niger delta region of Nigeria
Gas flaringis the burning of natural gas and petroleum hydrocarbons in flare stacks by upstream oil companies in oil fields during operations. Gas flaring is the singular and most common source of global warming and contributes to emissions of carbon monoxide, nitrogen (II) oxide and methane which have the propensity of causing environmental pollution and ecological disturbances or destruction. This research explore and presents a method of analysing the environmental impact of gas flaring in the Niger Delta so to provide the data required for the complete analysis and evaluation of the various observed and noted health and environmental effects of gas flaring in Niger Delta. The major environmental impacts considered in the study are environmental pollution, and ecological disturbance or destruction. Several visitations to the neighbouring communities adjacent to most gas flare locations were carried out to ascertain any existence of common environmental hazards. Data was gathered through a well designed and articulating oral and written questionnaires, direct and first-hand observation of their environment, and comprehensive interview sessions with community heads (royal authorities where possible), patients and youth. Different samples at various proximities from the gas flare locations were taken and measurements and experimentations were meticulously carried out. The result obtained in this research shows a marked trend as all the parameters considered showed a gradient away from the flare point in all the flow stations such as soil pH changing from acidic (4.0-4.2) to near neutral (6.4-6.6) away from the flare points and the average low soil moisture content of (17% - 23%) as against 40% for the (10m and 20m) and control distance. The quantity of carbon emitted by these flare is about 2525000.00 tonnes of carbon per day. These values portray a bad omen for the affected communities. This study recommends that gas flaring should be seen as violet action against the people and that the flared gas should be channelled to meeting the ever increasing demand for energy in the industrial sector of the economy.
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