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Identification of hazards and environmental impact assessment for an integrated approach to emerging risks of CO_2 capture installations

机译:识别造成综合方法的危险和环境影响评估,以综合捕获装置的综合方法

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New and intensified technologies are being defined within the field of Carbon Capture and Sequestration (CCS) and the uptake is set to increase dramatically. This contribution focuses on three representative installations for CCS capture, whose safety and environmental issues might potentially be underestimated based on their presence in other industrial fields, but with different scales and uses. A simplified Life Cycle Assessment (LCA) and the new hazard identification technique denominated DyPASI (Dynamic Procedure for Atypical Scenarios Identification) were used to identify respectively environmental impact and atypical accident scenarios and add a useful dimension to risk information that can particularly help in determining the best technological options.
机译:在碳捕获和封存(CCS)领域内定义了新的和强化技术,并将摄取设定为急剧增加。此贡献侧重于CCS捕获的三种代表性,其安全和环境问题可能会根据其在其他工业领域的存在,但具有不同的尺度和用途。简化的生命周期评估(LCA)和新的危险识别技术以分别的DYPASI(非典型情景识别的动态程序)用于识别环境影响和非典型事故方案,并为风险信息添加有用的维度,以尤其有助于确定最好的技术选择。

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