埃克森美孚在酸性气体处理和酸性气体处理方面的经验

Scott P. Northrop, J. Seagraves, S. Ramkumar, T. Cullinane
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引用次数: 2

摘要

酸气储量的开发涉及提取、处理和处置步骤,这些步骤在操作上可能很复杂。从历史上看,由于技术挑战和高生产成本,高含酸气储量未被开发。这些储量现在正被重新评估为天然气高需求地区的潜在供应来源。为了应对发展挑战,埃克森美孚采用了双重方法来推进技术。首先,我们广泛的经验和明确的最佳实践用于选择最符合含硫天然气开发和生产“常规”方面的技术。其次,埃克森美孚行业领先的研究能力被应用于创造新技术,使处理难处理的含酸气流成为可能。埃克森美孚在天然气处理技术的运营和开发方面拥有70多年的经验。将介绍相关经验,以及开发和应用开发这些储量所需的创新技术解决方案的努力。例如,用于酸性气体富集和尾气净化的FLEXSORB™SE溶剂,用于从天然气中分离高浓度污染物的Controlled Freeze Zone™工艺,以及用于从原料气中脱水和选择性去除H2S的cMIST™技术。我们将详细讨论每一种技术,以及我们处理含酸气体的一般经验。这篇论文说明了一家公司开发的新技术如何成为应用科学的一部分,最终使更广泛的行业受益。
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ExxonMobil's Experience with Sour Gas Treating and Acid Gas Handling
Development of sour gas reserves involves extraction, treating, and disposal steps that can be operationally complex. Historically, highly sour gas reserves are left undeveloped because of the technical challenges and high production costs. These reserves are now being reevaluated as potential sources of supply in areas with high demand for natural gas. To address development challenges, ExxonMobil has applied a dual approach to advancing technologies. First, our broad experiences and well-defined best practices are used to select technologies that best meet the "routine" aspects of sour natural gas development and production. Second, ExxonMobil's industry-leading research capabilities are applied to create new technologies that make treating of difficult sour gas streams feasible. ExxonMobil has over 70 years of experience in operating and developing technologies for gas treating. Relevant experiences will be described along with the efforts to develop and apply innovative technical solutions needed to develop these reserves. Examples include FLEXSORB™ SE solvent for acid gas enrichment and tail gas clean up, the Controlled Freeze Zone™ process for separating significant concentration of contaminants from natural gas, and cMIST™ technology for dehydration and selective H2S removal from raw gas. Each of these technologies will be discussed in some detail, as will our general experience with sour gas treating. This paper illustrates how new technologies developed by one company can become part of the body of applied science that ultimately benefits the broader industry.
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