Syllabus

Day1-SET THE SCENE (4 hrs)–

-Preliminary evaluation quiz
– Introduction & Course objectives
– Energy transition, context, challenges & Stakes
– Geoscience Activities map & Career opportunities
– Supporting the carbon capture storage, wind &
geothermal industries with geoscience.
– Basic G&G reminders

Day2–CARBON CAPTURE & STORAGE (4 hrs)

-The problematic of CO2
, emissions & carbon cycle
– CCuS general principles, process & stakes
– Types of CO2 geological storages
– CCS screening & evaluation methodology
– Key G&G tools & methods used in CCS
– The particular cases of gas storages & native hydrogen

Day3-EOLIAN / WIND FARMS (4 hrs)

– Wind energy basics, components & stakes
– Infrastructures & foundation design
– Life-cycle processes & geoscience integration
– Geohazards evaluation & interpretation
– G&G subsurface tools for offshore sites identification,investigation and characterization (geophysical surveys, geotechnical investigations, site monitoring anddecommissioning)

Day4-GEOTHERMAL  (4 hrs)

– General principles, classifications & scales
– Main technologies, usages, regulations & constraints
– Geothermal screening & evaluation methodology
– Subsurface tools & workflows (play fariways analyses,
2D & 3D seismic interpretation (structural, stratigraphic,fluid mapping & characterization), fault imaging, heat & fracture flows, thermal regimes, water recharge,reservoir characterization, drilling)

Day5–SUMMARY & CONCLUSIONS (2 to 8 hrs*)

–  Integrated Case Study Exercise (6h optional*)
– The geoscientist in 2023, 2030, 2050
– Final evaluation quiz