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Design of Bulk Railway Terminals for the Shale Oil and Gas Industry

机译:页岩油和天然气工业散装铁路码头设计

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Railway transportation is playing a key role in the development of many new shale oil and gas reserves in North America. In the rush to develop new shale oil and gas plays, sites for railway transload terminals are often selected on the basis of land availability and environmental constraints before full consideration is given to rail design and operating requirements. The result can be terminals that poorly utilize the available space or operate inefficiently and face long-term capacity constraints. Additionally, preliminary concepts may omit or underestimate the need for staging tracks, switching leads and other rail infrastructure required to support train operations, potentially altering the economics of a terminal. To facilitate more informed decisions regarding railway terminal sites and better track layout concepts, this paper presents design requirements for bulk railway terminals to support shale oil and gas development. Guidelines for sizing facilities and layout of different track arrangements, including stub-end, inline and loop facilities, are presented. Considerations for mainline access and multi-train operation to ensure terminal capacity to support current and future demand are also discussed. Developers following these guidelines will likely obtain greater returns from their real estate and facility investments through faster railway approval of design concepts and more efficient rail operations.
机译:铁路运输在北美许多新页岩油和天然气储备的发展中发挥着关键作用。在急于开发新的页岩油和天然气戏剧中,在充分考虑到铁路设计和操作要求之前,通常在土地可用性和环境约束的基础上选择铁路变换端子的站点。结果可以是利用可用空间不良或效率低下的终端,并且面对长期容量约束。另外,初步概念可以省略或低估用于支持列车操作所需的分期轨道,切换引线和其他轨道基础设施的需要,可能改变终端的经济学。为了促进有关铁路终端网站和更好的跟踪布局概念的更明智的决策,本文提出了对散装铁路终端的设计要求,以支持页岩油和天然气开发。提出了尺寸尺寸设施和不同轨道布置的指南,包括Stub-End,Inline和Loop设施。还讨论了主线访问和多列车操作以确保支持电流和未来需求的终端能力的考虑。开发人员在这些指导方面,通过设计概念和更高效的铁路运营更快的铁路批准,可以获得房地产和设施投资的更大回报。

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