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首页> 外文期刊>Oil & gas science and technology >Risk Assessment-Led Characterisation of the SiteChar UK North Sea Site for the Geological Storage of CO2
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Risk Assessment-Led Characterisation of the SiteChar UK North Sea Site for the Geological Storage of CO2

机译:SiteChar UK北海场址的风险评估主导特征,用于二氧化碳的地质封存

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摘要

Risk assessment-led characterisation of a site for the geological storage of CO_(2 in the UK northern North Sea was performed for the EU SiteChar research project as one of a portfolio of sites. Implementation and testing of the SiteChar project site characterisation workflow has produced a ‘dry-run’ storage permit application that is compliant with regulatory requirements. A site suitable for commercial-scale storage was characterised, compatible with current and future industrial carbon dioxide (CO_(2 ) sources in the northern UK. Pre-characterisation of the site, based on existing information acquired during hydrocarbon exploration and production, has been achieved from publicly available data. The project concept is to store captured CO_(2 at a rate of 5 Mt per year for 20 years in the Blake Oil Field and surrounding Captain Sandstone saline aquifer. This commercial-scale storage of 100 Mt CO_(2 can be achieved through a storage scenario combining injection of CO_(2 into the oil field and concurrent water production down-dip of the field. There would be no encroachment of supercritical phase CO_(2 for more than two kilometres beyond the field boundary and no adverse influence on operating hydrocarbon fields provided there is pressure management.Components of a storage permit application for the site are presented, developed as far as possible within a research project. Characterisation and technical investigations were guided by an initial assessment of perceived risks to the prospective site and a need to provide the information required for the storage permit application. The emphasis throughout was to reduce risks and uncertainty on the subsurface containment of stored CO_(2 , particularly with respect to site technical performance, monitoring and regulatory issues, and effects on other resources. The results of selected risk assessment-led site characterisation investigations and the subsequent risk reassessments are described together with their implications for the understanding of the site. Additional investigations are identified that could further reduce risks and uncertainties, and enable progress toward a full storage permit application. Permit performance conditions are presented as SiteChar-recommended useful tools for discussion between the competent authority and operator.
机译:作为站点组合之一,针对欧盟SiteChar研究项目,在英国北海北部进行了以风险评估为导向的CO_(2)地质封存站点的表征。SiteChar项目站点表征工作流的实施和测试已经完成符合法规要求的“空转”储存许可证申请的特征是适合商业规模储存的场所,与英国北部目前和将来的工业二氧化碳(CO_(2)来源)兼容。该站点是根据可公开获取的数据,基于在碳氢化合物勘探和生产过程中获得的现有信息而建立的,该项目的概念是将捕获的CO_(2以每年5 Mt的速率存储在布雷克油田及其周围地区20年。砂岩船长盐水层船长。这种商业规模的100 Mt CO_(2)的储存可以通过将CO_(2油田的产量和同期水产量下降。只要有压力管理,就不会超出油田边界超过两公里的超临界相CO_(2),也不会对运行中的油气田产生不利影响。在进行表征和技术研究的过程中,首先要对潜在站点的潜在风险进行初步评估,并需要提供存储许可证申请所需的信息,其重点始终是降低地下安全壳的风险和不确定性。 CO_(2)的存储,特别是在站点技术性能,监视和监管问题以及对其他资源的影响方面。描述了由风险评估主导的站点特征调查的结果以及随后的风险重新评估,以及它们对理解的影响网站的其他调查确定了可以进一步降低风险和不确定性,并使全面存储许可证申请取得进展的措施。许可证执行条件是SiteChar推荐的有用工具,用于主管当局和运营商之间的讨论。

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