论文标题
非常规石油和天然气环境问题的新研究趋势:文献分析
New Research Trends in Unconventional Oil and Gas Environmental Issue: A Bibliometric Analysis
论文作者
论文摘要
随着世界上非常规天然气产量的蓬勃发展,如何平衡环境污染的风险和非常规气体的经济已成为世界各地的一个普遍困境。这项研究的目的是阐明有关非常规石油和天然气行业带来的环境问题的研究。为了实现这一目标,我们介绍了从1990年到2018年的这一领域的文献计量学概述。首先,本研究概述了关于期刊,出版物,作者,机构和文件的基本统计分析。其次,使用Vosviewer可视化协作关系,以显示不同作者,机构,地区和期刊之间的联系。最后,分析了文档书目耦合,共振和关键字爆发检测,以揭示新兴趋势和热门话题。结果表明,在所有国家中,美国是最有生产力的国家,也是与其他国家合作最多的国家,其次是中国,而中国石油大学是世界上生产力最高的机构,拥有105个出版物。此外,大多数文章被归类为能源燃料,环境科学和地球科学多学科。此外,根据新兴趋势分析,得出结论,液压压裂技术已成为一个热门话题,其他流行的研究主题包括:能源政策和非常规气体开发,温室气体排放,能源和水消耗非常规气体生命周期评估。
With the booming of unconventional gas production in the world, how to balance environment pollution risk and economy of unconventional gas have become a common dilemma around the world. The aim of this study is to elucidate the research about environmental issue brought with development of unconventional oil and gas industry. To achieve this goal, we present a bibliometrics overview of this field from 1990 to 2018. Firstly, this study outlines a basic statistical analysis over journals, publications, authors, institutions and documents. Secondly, VOSviewer is employed to visualize the collaborative relationship to show the link between different author, institutions, regions and journals. Finally, document bibliographic coupling, cooccurrence and keyword burst detection are analyzed to reveal the emerging trend and hot topic. The results indicate that among all countries, America was the most productive country as well as cooperated the most with other countries, followed by China, while the China University of Petroleum is the most productive institution in the world, with 105 publications. Additionally, most articles were classified as energy fuels, environmental sciences and geosciences multidisciplinary. Furthermore, based on emerging trends analysis, it was concluded that hydraulic fracturing technology has become a hot topic, other popular research topics include: energy policy and regulation of unconventional gas development, greenhouse gas emissions, energy and water consumption of unconventional gas life cycle assessment.