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NGL Recovery Plant Technology: Ethane Recovery or Rejection for Changing Market Conditions

机译:NGL回收工厂技术:乙烷回收或拒绝改变市场条件

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In the United States ethane has typically been recovered from natural gas due to its increased value as a petrochemical feedstock. The rapid increase in natural gas production from developing shale plays has resulted in a change from the norm. The increase in ethane supply is exceeding current demand, resulting in depressed ethane pricing; furthermore many of these new sources of natural gas are not well connected to the traditional ethane handling network resulting in high transport costs. In this new environment rejecting the ethane into the gas stream instead of recovering it will be a preferred option for some plants. The rapid development of shale gas production has also led to extensive use of pre-engineered ‘standard cryo plants’ which offer a shortened delivery time compared to a custom engineered plant. These ‘standard cryo plants’ are typically designed to be as flexible as possible, but may not be optimum economic solution for each case. This paper will examine the typical requirements for ethane rejection, the typical performance of ‘standard cryo plants’ and some of the alternate designs that maybe economically attractive for specific cases.
机译:在美国,由于其作为石化原料的增加,乙烷通常从天然气中恢复。开发页岩剧中的天然气生产的快速增加导致了常态的变化。乙烷供应的增加超出了当前需求,导致乙烷定价抑制;此外,这些新的天然气来源中的许多都没有连接到传统的乙烷处理网络,导致运输成本高。在这种新环境中,将乙烷拒绝进入气流而不是恢复,这将是一些植物的优选选择。页岩气产量的快速发展也导致广泛使用预先使用的“标准Cryo工厂”,与定制工程厂相比提供缩短的交货时间。这些“标准Cryo植物”通常设计为尽可能灵活,但对于每种情况可能不是最佳的经济解决方案。本文将研究乙烷拒绝的典型要求,“标准Cryo植物”的典型性能和一些替代设计,对特定情况可能具有经济吸引力。

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