Gravity and Magnetic Tensor data for minerals exploration – From acquisition to integrated interpretation
Simge
GEOPHYSICAL ENGINEER, INTREPID GEOPHYSICS
Simge, a Geophysics Engineering graduate from Dokuz Eylul University, Turkey, is dedicated to driving geoscientific software innovation. Specialising in quantitative analysis and reservoir geophysics, particularly 3D seismic data processing, her expertise spans marine seismic processing, data acquisition, and survey design. Simge has contributed to many multidisciplinary projects. Recently, she’s focused on Airborne Electromagnetic (AEM) 2.5D Inversion Processing and project management, enhancing planning and design. Her work has improved Full Wave Inversion quality, yielding more efficient results from Potential Field signals. At Intrepid Geophysics, she advances Potential Field data imaging methods, optimising workflow efficiency and enhancing inversion processes.
Rainer Wackerle
GEOPHYSICIST, INTREPID GEOPHYSICS
Rainer Wackerle, an MSc graduate in Applied Geophysics from the Technical University of Berlin, specialises in airborne geophysics, particularly FTG and mFTG data, with extensive expertise in data processing and QC. He represents Intrepid Geophysics/SensOre in Windhoek, Namibia. Beginning his career at the “Büro für Geophysik” in 1990, he conducted environmental and engineering geophysical consulting. Later, as a Senior and Chief Geophysicist at the Geological Survey of Namibia, he supervised and ensured quality control for over 4.5 million line-km of airborne geophysical surveys. In 2009, he founded GeoIntrepid Namibia, offering services including gravity, magnetic, and radiometric data processing, as well as QC for ground, marine, and airborne geophysical data, including Full Tensor Gravity/Magnetic Gradiometry.
Gaud Pouliquen,
GEOPHYSICIST, BELL GEOSPACE
Gaud spearheads business development for the EMEAA region at Bell Geospace, leveraging her extensive background as a geoscientist. With a diverse career spanning academia, mining, and petroleum, she has contributed to numerous exploration projects. Gaud’s passion lies in seamlessly integrating potential field and gravity gradiometry data into exploration workflows. Holding a Ph.D. in geophysics from the Université Denis Diderot, she brings a wealth of knowledge to her role, driving innovation and strategic growth in the dynamic field of geoscience. Her leadership at Bell Geospace reflects a commitment to advancing exploration methodologies and pushing the boundaries of geophysical discovery.
Colm Murphy
CHIEF GEOSCIENTIST, BELL GEOSPACE
As Chief Geocientist at Bell Geospace, Colm Murphy plays a pivotal role in promoting and assessing the technical aspects of FTG. His responsibilities include ensuring the top-notch design and execution of geoscience solutions, mentoring and developing geoscience staff, and providing training to clients on the practical value of their data. With a PhD in geophysics from University of Galway, Ireland, and over 25 years of industry experience, Colm specialises in FTG, gravity, and magnetic data solutions for Oil & Gas and mineral exploration projects globally.
Jonathan Rudd
PRESIDENT AND DIRECTOR, DIAS GEOPHYSICAL
Jonathan Rudd is a professional engineer and geophysicist who has extensive experience in the application of borehole, ground and airborne geophysical methods to address geological challenges. Jonathan has worked in senior management for the last 12 years with a principal focus on technology development and business development. He is a past-president of the Canadian Exploration Geophysical Society.
DATE:
01 October 2024
TIME:
Time: 9:30am – 5pm
(9am for 9:30am start)
FEE:
Delegate: R2500
Student: R1000
DURATION:
The session is a 1 Day Course
About this event
This course will provide interested geoscientists with the knowledge and skills necessary to effectively use gravity and magnetic tensor data for minerals and energy exploration. At a time when explorers are looking for deeper and under cover deposits, the workshop will demonstrate the value of gradiometric data to solve these challenges, when combined with innovative interpretative techniques. Although both techniques have been available for more than 2 decades, many users still rely on one tensor component only or unconstrained inversion for their interpretation. The workshop will debunk the myths about tensor data complexity and familiarise geoscientists with the latest qualitative and quantitative interpretation techniques which can translate geophysical information into meaningful geological outputs. This will be illustrated by recent case studies. Some knowledge of gravity and magnetic data for exploration is an advantage but the course focuses on applications rather than theory, so that geoscientists with a geological background can benefit.
What I will learn
- Full Tensor Gravity Gradiometry (FTG) & Full Tensor Magnetic Gradiometry (FTMG) techniques for exploration
- When to use FTG & FTMG
- How to design surveys effectively for minerals exploration
- How to analyse tensor data: interpretation workflow for tensor data
- FTG & FTMG in practice: Case studies
- Modern software for FTG & FTMG data: Intrepid Geophysics tools
What should I bring/What is provided
Bring
- A good laptop
Provided
- 30-day Intrepid or Geomodeller Software Licence
- DropBox folder link with course materia