A Gentle Introduction to EM for Geophysics

Jaap Mondt 
Options: 2- or 6-day course (Blended Learning)

Business context

Although in the search for hydrocarbons seismic plays the dominant role, complementary data can be very useful. A clear example is that seismic can clearly determine reservoir geometries based on acoustic impedance changes but is less sensitive to the pore-fluids. Electromagnetic measurements, such as Controlled Source EM (CSEM) measures resistivity directly and hence can discriminate between brine and hydrocarbon fill. Another application is in the realm of determining the shape of allochthone salt bodies below which hydrocarbons can be present. Numerous applications can be mentioned in relation to shallow seismic: the use of Ground Penetrating Radar for investigating archaeological sites or determining the depth to upwelling deep salt-water due to severe pumping of fresh water for irrigation.

Who should attend

All those interested in understanding the use of Electromagnetic (EM) methods in Geophysical Applications. These are the geoscientists working in hydrocarbon exploration and exploitation as well as those applying shallow surface geophysics for detecting ore bodies, determining the extend of shallow pollution, foundation engineering, etc.

Learning, methods and tools

At the end of the course participants will have an idea how EM methods can be used in the search for hydrocarbons or investigating the shallow subsurface. The course uses a Blended Learning approach based on a user-friendly Learning Management System, called Moodle. In Moodle different modules provide study material, videos, and exercises. The solutions to these exercises need to be submitted and feedback will be provided.

Use of laptops with WIFI internet is mandatory. 

Note: The Apps used in the course are provided by Doug Oldenburg & Lindsey Heagy, UBC. Part of the study material is based on their DISC course.

Day by day programme

E EM