Every year during our Annual conference, EAGE offers fantastic short courses by carefully selected renowned instructors, aimed at providing professionals and academics with key knowledge relevant to current developments in the field.
Keep an eye on this page for more details!
Short Courses
The EAGE Annual offers one-day short courses by carefully selected renowned instructors, aimed at providing professionals and academics with key knowledge relevant to current developments in the field.
Sunday
Monday
Friday
Room 10
The course describes principles of microseismic monitoring ranging from DAS, geophones and seismometers in borehole to surface and near surface networks. The examples range from conventional to unconventional production, through geothermal energy extraction to CO2 sequestration (CCUS).
Credentials: 5 CPD Points
Instructor:
- Dr Leo Eisner (Seismik, Czech Republic)
Room 10
The course will discuss and compare carbon footprint versus price of the full palette of different sources of hydrogen. Material includes comparison of energy output per mass and per volume among all major fuels with H2. All industrial and natural sources and generating mechanisms and corresponding association with other gases (He, CO2, N2, CH4) as well as consumption fluxes will be described. Global occurrences and seepages of natural H2 will be presented along with worldwide ongoing and planned exploration activity. Geologic setting of the only H2 production field in Mali will be discussed.
Credentials: 5 CPD points
Instructor:
- Dr Dariusz Strąpoć (SLB)
Room 9
The main purpose of the course is to familiarize students with basic definitions, main challenges, and practical implementation of geothermal energy production. The class will include lectures and practicals. In the first stage, we will present two lectures related to “Basics of geothermal energy production”. The second lecture will describe “Basics of reservoir simulation” relevant to geothermal engineering.
Credentials: 5 CPD points
Instructor:
- Dr. Denis Voskov (TU Delft.)
Room 4
This course is not included in the All Access Pass
Interest in carbon capture and storage (CCS) is growing rapidly as a crucial part of global efforts to reduce greenhouse gas emissions into the atmosphere. To support this growth in capture technology, we need an acceleration in new CO2 storage project developments. In this course, we review the science and technology underpinning CO2 storage in deep saline aquifer formations using insights from several industrial-scale projects.
Instructor:
- Prof. Philip Ringrose (NTNU)
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