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Avoiding Damage of CO2 Injection Wells Caused by Temperature Variations

机译:避免由温度变化引起的二氧化碳注入孔的损坏

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Well integrity is a prerequisite for safe geological storage of CO2. Both active and abandoned wells are man-made channels between the storage reservoir and the atmosphere that can become leakage paths over time. The CO2 injection wells are of special concern, as they are exposed to low temperatures and strong temperature variations. In oil/gas wells this is known to threaten well integrity, and it should therefore be investigated how the sealing ability of well barriers is affected in the temperature range relevant for CO2 injection wells. This has been the main focus in a research project entitled "Ensuring well integrity during CO2 injection" carried out in the period 2014-2016. This paper summarizes the major findings obtained within the project, and presents research-based recommendations for construction and operation of CO2 injection wells.
机译:完整性是CO2安全地质储存的先决条件。活跃和被遗弃的井是存储储存器和气氛之间的人造渠道,随着时间的推移可能成为漏漏路径。二氧化碳喷射井具有特殊问题,因为它们暴露于低温和强烈的温度变化。在石油/气体井中,已知威胁良好的完整性,因此应该调查井屏障的密封能力在与CO2注射孔相关的温度范围内的影响。这是2014 - 2016年期间在开展的“在二氧化碳注射期间确保良好诚信”的研究项目的主要关注点。本文总结了项目中获得的主要结果,并提出了基于研究的CO2注射孔的建设和运营的建议。

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