A5065972966- CO2 Sequestration and Geologic Interactions
- Carbon Dioxide Capture Technologies
- Methane Hydrates and Related Phenomena
- Geothermal Energy Systems and Applications
- Hydraulic Fracturing and Reservoir Analysis
- Reservoir Engineering and Simulation Methods
- Advanced Data Compression Techniques
- Employment and Welfare Studies
- Video Surveillance and Tracking Methods
- Mobile and Web Applications
- Complex Systems and Decision Making
- Resilience and Mental Health
Bureau de Recherches Géologiques et Minières
2016-2024
To meet the ambitious target set out in Paris Agreement to keep temperature rise well below 2°C, all tools available for reducing CO2 emissions, including Capture, Utilisation and Storage (CCUS), are needed challenge. Global collaboration is key advancing CCUS. CO2GeoNet, a pan-European scientific body on geological storage, has gained visibility recognition European global arenas, participating research providing advice, training capacity building, information communication. A summary of...
Since the very first European research project initiated in 1993, much progress has been made Europe on development of CO2 geological storage as a key tool for combating climate change. A review main achievements and remaining obstacles is proposed, with glance at what going global level. Scientific, technical, economic, regulatory policy aspects are considered. The increasing role growing CO2GeoNet Association, reference pan-European scientific body storage, emphasized, actions both EU...
As a UNFCCC accredited Research NGO, CO2GeoNet has been deeply involved in bringing the science behind CO2 storage and rationale for Carbon dioxide Capture Storage (CCS) to wide range of stakeholders (including general public) before, during after COP21 Climate Conference Paris. Key messages on storage, informed by dialogue with numerous stakeholders, are presented here. The overarching conclusion is that collaboration needed at an EU global level deploy CCS, viable flexible technology ready...
Geothermal energy production and CCS (Carbon Capture Storage) represent promising technological solutions to help mitigate climate change aid the current global crisis. In recent years, number of concepts that propose combine mutualize these technologies has risen dramatically. While a (notably CPG CO2-EGS) use supercritical CO2 as heat vector, another route for hybridization is inject dissolved in geothermal brine. This focus our work. An extensive literature review was carried out...
Abstract not provided to SSRN.
A PowerPoint presentation on city CCTV monitoring is provided. The system available in either centralised or distributed architecture. manages large numbers of cameras real time, enables proactive management, tracking within the perimeter, and consistency, among others. Its deployment described a Portsmouth example Three samples are given, featuring usage advantages.
Summary This paper presents a method created for assessing the performance of concepts hybridizing geothermal energy and carbon capture storage. The system can be represented by set key indicators. Those need to cover at least quantity produced, amount stored, environemental risk impacts, economics, uncertainties challenges associated. details 17 indicators proposed this study. We assessed these each 15 hybrid that were found in literature, through about 150 relevant papers. shows concept...