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首页> 外文会议>International Conference on Greenhouse Gas Technologies >Challenges with qualification of storage sites for CCS in deep aquifers exemplified by the Johansen Storage Complex Study, Norway
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Challenges with qualification of storage sites for CCS in deep aquifers exemplified by the Johansen Storage Complex Study, Norway

机译：在挪威约翰森存储复杂研究中占CCS储存网站资质的挑战，挪威

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摘要

The Jurassic Johansen Formation has been assigned as a possible storage formation for CO2 captured from the planned Mongstad capture plant. Safe storage of captured CO2 is the most important success factor in a feasibility study of Carbon Capture and Storage (CCS). Failure to ensure and communicate safe storage would be a serious threat to implementation of CCS. In order to qualify deep saline aquifers for safe storage of CO2, several challenges may arise. The main challenges are related to data availability, qualification of sealing properties, size of geo-and simulation model and predictions of pressure increase and plume migration. These challenges have also been encountered in the qualification of Johansen Storage Complex.
机译：侏罗纪约翰森组成已被分配为从计划的Mongstad捕获工厂捕获的二氧化碳的可能存储形成。捕获二氧化碳的安全存储是碳捕获和储存（CCS）可行性研究中最重要的成功因素。未能确保和沟通安全存储将是对CCS实施的严重威胁。为了有助于安全储存二氧化碳的深盐含水层，可能出现了几个挑战。主要挑战与数据可用性，密封特性的资格，地质和仿真模型的规模以及压力增加的预测和羽流迁移。在约翰斯仓库复合体的资格中也遇到了这些挑战。

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