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Please add your ideas about how the outcomes of the local case study research could contribute to compose a narrative for the Digimon monitoring system

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Please add your ideas about how the outcomes of the local case study research could contribute to compose a narrative for the Digimon monitoring system

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Please add your ideas about trade offs, based on the outcomes of the local case study research

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Please add your ideas about trade offs, based on the outcomes of the local case study research

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In this column, we added the (societal) characteristics that came out of the local case study research

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In this column, we added the (societal) characteristics that came out of the local case study research

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Example: the Digimon system is very cos-effective; which refers to the societal requirement that a monitoring system should not be too expensive

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Example: the Digimon system is very cos-effective; which refers to the societal requirement that a monitoring system should not be too expensive

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Reliable measurement of plume movement, subsufrace tracing

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Reliable measurement of plume movement, subsufrace tracing

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connection of monitoring to a security concept and an early warning system

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connection of monitoring to a security concept and an early warning system

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transparency and access to monitoring data (if possible real time)

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transparency and access to monitoring data (if possible real time)

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In this task we need to make a translation from the outcomes of the local case studies in Ge, Gr, NL, NO to indicators for the Digimon monitoring system. 

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In this task we need to make a translation from the outcomes of the local case studies in Ge, Gr, NL, NO to indicators for the Digimon monitoring system. 

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The local outcomes gave insight in what the general public and CCS experts find important regarding CO2 storage monitoring. 

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The local outcomes gave insight in what the general public and CCS experts find important regarding CO2 storage monitoring. 

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constant monitoring vs. periodical monitoring

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constant monitoring vs. periodical monitoring

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WP3 proposes to structure the translation or 'application' of the societal requirements into three categories:

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WP3 proposes to structure the translation or 'application' of the societal requirements into three categories:

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- monitoring indicators: what are we going to monitor
- trade offs
- components to be used for the narrative about the digimon system

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Please add your ideas about indicators for the monitoring system, based on the outcomes of the local case study research

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Please add your ideas about indicators for the monitoring system, based on the outcomes of the local case study research

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managed by experts with public participation

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managed by experts with public participation

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Task 3.2.2 monitoring criteria and indicators with M3.3 

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Task 3.2.2 monitoring criteria and indicators with M3.3 

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Task 3.2.3 requirements & design specifications monitoring system & D3.4

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Task 3.2.3 requirements & design specifications monitoring system & D3.4

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external supervision of the monitoring by actors considered trustworthy

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external supervision of the monitoring by actors considered trustworthy

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costs (more relevant for stakeholders than publics)

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costs (more relevant for stakeholders than publics)

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subsurface tracing of CO2 plume movement

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subsurface tracing of CO2 plume movement

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DAS coupled to seismic velocity tomography

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CO2 concentration in environment

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micro-seismic activity by DAS and conventional seismic

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micro-seismic activity by DAS and conventional seismic

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micro seismicity monitoring

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real time monitoring

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connection of monitoring to a security concept

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connection of monitoring to a security concept

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real time automatic alarm system

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Provide comprehensive information with the indicators 

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Provide comprehensive information with the indicators 

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For the plume movement, subsurface tracing but also for leakage detection and prediction; the information provided by the indicator (for example amount of CO2 leakage) should be understandable for different types of stakeholders. For example, translate the amount of CO2 leakage into units that be understood by different stakeholders

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transparency and access to monitoring data

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transparency and access to monitoring data

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data availability online through the internet

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Visualize possible plume movement and leakage. To enhance transparency and access to monitoring data

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managed by experts with public participation

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managed by experts with public participation

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hire an external monitoring manager; online data availability also ensures public participation

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It should be possible for the publics to be informed about the work of the experts and additionally publics should be involved as early as possible and their interests, expertise should be taken into account.

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use downhole DAS instead of seismometers

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The Digimon monitoring system was delevoped in a co-creation process in order to be adepted to the concerns, interests and needs of publics and stakeholders. The feedback from the publics and stakeholders was taken into account for technology development

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The overall objective of the Digimon project is to “accelerate the implementation of CCS by developing and demonstrating an affordable, flexible, societally embedded and smart Digital Monitoring early warning system”. Can we link the societal requirements (2nd column) to the characteristics: *affordable, *flexible, *societally embedded, *smart, *early warning?

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less frequent measurements by ship needed because for incorporation of DAS in the monitoring system --> lower impact on the environment

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For other stakeholders and even the Digimon team responsible for designing the system, the costs are preferably kept as low as possible. For some of the indicators (for example visualization), that give the system a higher level of societal embeddedness, extra costs are necessary. The public might prefer this and are not concerned with these extra costs

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The Digimon system is cost effective because of the use of DAS technology and can still provide reliable results!?

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Including the governance of monitoring in the DigiMon system

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Including the governance of monitoring in the DigiMon system

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Our results show that the governance of monitoring is a challenge on its' own. We could provide a set up for the governance of monitoring in the narrative.

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When you present all the (raw) data, for example via a communication center that people can visit, this can be costly and might leave people more puzzled if the information is not provided clearly. On the other hand, providing a minimum amount of data might be suspicious to people

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With monitoring and gathering real time data we learn more about the sub surface and the long term impact of CO2 storage. This knowledge can/will be applied on future CO2 storage projects, to decrease long term risks/secure safe operations?

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Monitoring the contribution to mitigation of global warming (how much CO2 is stored, what does CO2 storage contribute)

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Monitoring the contribution to mitigation of global warming (how much CO2 is stored, what does CO2 storage contribute)

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Operators must comply to regulations according to monitoring and sharing monitoring data with the regulator. Understanding this framework might provide some trust (for the public) on its own.

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wish for real time data and need for quality control

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wish for real time data and need for quality control

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we face a challenge in explaining why the Digimon systems makes use of different components with different TRL levels. How to do this?