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Maximizing safety in LNG applications

机译:最大化LNG应用的安全性

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摘要

The liquefied natural gas (LNG) industry is in the midst of major industry changes and opportunities, Large-scale onshore receiving terminals are being replaced by floating storage and regasification units (FSKUs). Huge liquefaction facilities are sent offshore on floating plants, while smaller-scale plants and storage facilities are appearing on many coastlines. Pushed by the drive to control carbon emissions, natural gas is the best alternative currently available to feed the energy needs for global growth, which is reflected in its increasing use as a viable fuel source within the global energy mix - since the 1990s the number of LNG exporting/importing countries has increased from 16 to 43, and regasification capacity has more than doubled in the last 10 years. Oil & gas operators have had to develop these innovations in technology and infrastructure to provide more flexible and efficient ways of extracting, transporting and handling natural gas. LNG has this flexibility, bringing energy to any place where a storage tank, small or big, can be fitted, and with a smaller carbon footprint than other fossil fuels.
机译:液化天然气(LNG)行业正处于重大行业变革和机遇之中,大型陆上接收站正被浮动存储和再气化装置(FSKU)取代。巨大的液化设施通过浮动工厂被送往海上,而规模较小的工厂和存储设施则出现在许多海岸线上。在控制碳排放的推动下,天然气是目前可满足全球增长能源需求的最佳替代品,这体现在天然气在全球能源结构中越来越多地用作可行的燃料来源-自1990年代以来,液化天然气出口国/进口国已从16个增加到43个,再气化能力在过去10年中增加了一倍以上。石油和天然气经营者必须在技术和基础设施方面发展这些创新,以提供更灵活有效的天然气提取,运输和处理方式。 LNG具有这种灵活性,可以将能源带到可以安装大小储罐的任何地方,并且碳足迹比其他化石燃料要小。

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  • 来源
    《Valve World》 |2015年第4期|共5页
  • 作者

    Jean-Paul Boyer;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 TH134.1;
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