| E Newsletter #1 | |
| E Newsletter #2 | |
| E Newsletter #3 | |
| E Newsletter #4 | |
| E Newsletter #5 | |
HyUSPRe_Workshop report to determine focus on aquifers and oilfield
D1.1 | |
H2 supply from Renewable Energy Sources, H2 demand centers and H2 transport infrastructure
D1.2 | |
Hydrogen storage potential of existing European gas storage sites in depleted gas fields and aquifers
D1.3 | |
Interactive GIS story map of hydrogen storage potential in porous reservoirs in Europe
D1.4 | |
Classifying hydrogen storage potential in porous reservoirs as an aid to European site selection
D1.5 | |
Database of mineral reaction rates with hydrogen and their dependence on temperature and pressure
D2.1 | |
Experimental assessment on the potential for hydrogen sulphide generation from abiotic pyrite reduction during geological storage of hydrogen
D2.2 | |
Assessment of the impact of hydrogen-brine-rock reactions on core permeability and mechanical integrity over time
D2.3 | |
Assessment of the impact of hydrogen-brine-rock reactions on caprock integrity
D2.4 | |
Assessment of the impact of CH4 and CO2 on the geochemical response of the hydrogen-brine-rock system
D2.5 | |
Review of the window of viability of the different microbial metabolisms relevant for subsurface H2 storage application
D3.1 | |
Kinetics of microbial growth & activity (specific growth rates, growth yields, Ks values, etc.) as well as generation of biobased solids and their dependences on relevant environmental parameters (e.g. temperature etc.)
D3.2 | |
Competition dynamics between different microbial metabolisms to validate simulation models
D3.4 | |
Relative permeability curves for the hydrogen-brine system under drainage and imbibition under reservoir conditions
D4.2 | |
Data set of effective binary diffusion coefficients, mechanical dispersivities and relative permea-bility curves
D4.3 | |
Hydrogen reservoir flow behaviour: Measurements of molecular diffusion, mechanical dispersion and relative
permeability
D4.4 | |
Review of current practices and existing experimental data for well and rock materials under cyclic hydrogen injection and withdrawal
D5.1 | |
New experimental data on reactions between H2 and well cement and effects on fluid flow and mechanical properties of well cement
D5.2 | |
Experimental data on reactions between hydrogen and rock samples from reservoir and geological seals and effects on fluid flow and mechanical properties of reservoir and caprock
D5.3 | |
Experimental data for scaled-down well system on H2 reactions, effects on casing-cement-rock interfaces, implications for durability and integrity of well systems, and mitigation options for loss of durability and integrity
D5.4 | |
Integrated modeling approach for the overall performance, integrity, and durability assess-ment of hydrogen storage at the reservoir and near-wellbore scale
D6.1 | |
Validated open-source reservoir modeling software that can simulate coupled flow, geochemical and microbiological processes in a porous reservoir under operational hydrogen storage conditions
D6.2 | |
Guidelines for reservoir and site suitability as-sessment for underground hydrogen storage in porous formations
D6.4 | |
Equipment requirements and capital as well as operating costs for the hydrogen scenarios
D7.1 | |
EU-scale hydrogen system scenarios
D7.2 | |
Roadmap for successful deployment of underground hydrogen storage in porous reservoirs in Europe
D7.5 | |
HyUSPRe Project Briefing
D8.2 | |
Webinar #2. Hydrogen storage potential of existing European gas storage sites in depleted gas fields and aquifers
D8.9 | |
Webinar #3. Microbial impact on subsurface hydrogen storage
D8.11 | |
Webinar #4. Hydrogen flow in porous subsurface reservoirs
D8.14 | |
Webinar #5. Hydrogen storage landscape in Europe: vision and roadmap
D8.17 | |
Final HyUSPRe dissemination event – Utrecht
D8.18 | |
| |