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Workshop 2 – 8 November – 9:00 – 16:00
Are you fascinated by the potential of sustainable energy solutions in the deep subsurface and the science behind them? Join the EAGE GET24 workshop at PanTerra for an immersive, set of lectures, hands-on core viewing and discussions that delves into the Carbon Capture and Storage (CCS) and geothermal energy.
This workshop is tailored to a broad audience in the energy sector, from entry-level to experienced environmental professionals, geologists, energy sector specialists, and anyone passionate about advancing sustainable energy practices.
In this workshop you will visit the PanTerra laboratory, to view the EBN Amstelland and Oranjeoord cores in detail yourself. These cores have been acquired as part of the EBN SCAN program. In addition, you will also be offered to inspect other core material which is studied for CCS projects. In addition, core material relevant caprocks will be on view. Moreover, you will receive a tour with an explanation of relevant lab equipment for special core analysis and core flooding, which is being used for Geothermal and CCS studies.
The program starts with a discussion on the general risks for Geothermal and CCS developments, and during the core viewing you can assess some of these risks yourself by inspecting the core.
You will be required to sign in upon arrival and sign out upon departure.
Focus of the workshop: using small scale observations from core material to answer risk related questions in a larger scale CCS operation.
General introduction to CCS
Accessible introduction done by an (inhouse) expert on the geological aspects of CCS. The key focus here is in the geological risks for CCS. The following can be introduced:
Regardless of the prior knowledge of the attendee, an expert will provide a baseline for the workshop and preparing the attendee for the core handling exercise.
Core handling exercise
The group will be divided into groups of three attendees. If the total group size is limited, the workshop can be held with the group as a whole. The groups could preferentially contain at least 1 experienced geoscientist and less experienced attendees. Each group will get a core sample, including a reservoir, and a caprock sample. Following the introduction, the attendees are invited to study the core samples and discuss within the group how the rock properties would impact a CCS operation. Observations such as:
Group discussion
Following the core handling exercise, the groups are invited to give a brief outline of their observations. A list of the observations per component of the storage site is created. This will be used to hold a group discussion on the various rock properties with respect to risks in CCS. The centralized question here is: do the rocks in this case study make for a good storage candidate?
A link between observations in the lab and the risks of storage sites will be made – but also the limitations: what observations cannot be done on a small scale core? How can other studies, such as lab tests, contribute to providing answers? Do more in depth lab studies confirm the core observations?
In addition, a link between CCS and Geothermal risks and observations will be made.
Focus of the workshop: using small scale observations from core material to answer risk related questions in a larger scale GT operation
General introduction to GT
The key focus here is in the geological risks for Geothermal. The following will be introduced:
Regardless of the prior knowledge of the attendee, a baseline for the workshop will be provided to preparing the attendee for the core handling exercise.
Core handling exercise
The group will be divided into groups of three attendees. If the total group size is limited, the workshop can be held with the group as a whole. The groups of three attendees could preferentially contain at least 1 experienced geoscientist and less experienced attendees. Each group will get a core sample of a potential geothermal reservoir. Following the introduction, the attendees are invited to study the core samples and discuss within the group how the rock properties would impact a CCS operation. Observations such as:
Group discussion with the expert
Following the core handling exercise, the groups are invited to give a brief outline of their observations. A list of observations per component of the geothermal reservoir is created. A group discussion on the various rock properties with respect to risks in Geothermal will be held. The centralized question here is: do the rocks in this fictive case study make for a good Geothermal energy reservoir? Further questions: What are the contrasts between different reservoir types? Were any features missed? What observations cannot be done on a small scale core?
A link between the core viewing and risks will be made: what observations cannot be done on a small scale core? How can other studies, such as lab tests, contribute to providing answers? Which in depth studies can confirm the core observations?
A link will be made between Geothermal and CCS risks – and it will be discussed which risks are similar or different between CCS and Geothermal.
Group 1 and 2 have equal time for CCS and Geothermal programmes.
Preliminary programme Group 1
| Activity | Time | Duration | Location |
|---|---|---|---|
| Introduction welcoming guests and a short speech fromPanTerra | 10:00 - 10:15 | 0:15 | |
| CCS workshop | 10:15 - 11:45 | 01:30 | Conference Room 2 |
| General introduction to CCS and discussion of key risks. | 10:15 - 10:30 | 0:15 | Conference Room 2 |
| Break-up into groups of 3, core handling | 11:00 - 11:45 | 0:30 | Conference Room 2 |
| Group discussion of observations/interpretations | 11:00 - 11:45 | 0:45 | Conference Room 2 |
| Lunch | 11:45 - 12:15 | 00:30 | Canteen area |
| Lab Tour Group Split into two to be accommodated in the lab | 12:15 - 13:15 | 01:00 | Lab Downstairs |
| Geothermal Workshop | 13:15 - 14:45 | 01:30 | Conference Room 2 |
| Introduction to GT | 13:15 - 13:30 | 00:15 | Conference Room 2 |
| Breakup into groups, core handling | 13:30 - 14:00 | 00:30 | Conference Room 2 |
| Group discussion, comparison to CCS | 14:00 - 14:45 | 00:45 | Conference Room 2 |
| Closeout | 14:45 - 15:00 | 00:15 | Conference Room 2 |
Preliminary programme Group 2
| Activity | Time | Duration | Location |
|---|---|---|---|
| Introduction welcoming guests and short PanTerra speech | 10:00 - 10:15 | 0:15 | |
| Lab tour Group split in 2 to be accommodated in the lab | 10:15 - 11:15 | 01:00 | Conference Room 3 |
| Geothermal workshop | 11:15 - 12:45 | 01:30 | |
| Introduction to geothermal, and discussion of key risks. Introduction from EBN on SCAN project. | 11:15 - 11:30 | 0:15 | Conference Room 3 |
| Breakup in groups of 3, core handling | 00:00 - 00:00 | 0:30 | Conference Room 3 |
| Group discussion on observations/interpretations | 12:00 - 12:45 | 00:45 | Conference Room 3 |
| Lunch | 12:45 - 13:15 | 00:30 | Canteen Area |
| CCS workshop | 13:15 - 14:45 | 1:30 | Conference Room 3 |
| Introduction | 13:15 - 13:30 | 00:15 | Conference Room 3 |
| Breakup, core handling | 13:30 - 14:00 | 00:30 | Conference Room 3 |
| Group discussion, comparison to CCS | 14:00 - 14:45 | 00:45 | Conference Room 3 |
| Closeout | 14:45 - 15:00 | 00:15 | Conference Room 3 |
Workshop Sponsor
EAGE is the largest global community of research and industry geo-professionals dedicated to supporting a multi-disciplinary approach to the investigation of the Earth’s subsurface.
SLB
Dariusz obtained his MSc at Wroclaw University in Poland in 2002.
After his PhD (2007) in geology, gas isotope geochemistry and microbiology at the Indiana University, Bloomington, he has worked in Subsurface Technology at ConocoPhillips for three years followed by one year of consulting (Dariusz BioGeoChem) working on petroleum systems and subsurface biomethane stimulation.
In 2012 he has joined SLB and since then has been developing interpretation workflowsand answer products for surface formation evaluation (mud gas and cuttings logging). Since couple of years his works involves H2 and helium logging and exploration, for which the global activity is rapidly growing.
This topic also brings ideas of stimulated natural H2 in the subsurface, which brings together geological and fluid geochemistry knowledge to a new level of collaboration among academic and industrial communities.
Dariusz is very active within the geochemistry community, with multiple peer-reviewed papers and chapters, numerous conference-related activities, journal editorships, and intellectual property publications.
SLB
Dariusz obtained his MSc at Wroclaw University in Poland in 2002.
After his PhD (2007) in geology, gas isotope geochemistry and microbiology at the Indiana University, Bloomington, he has worked in Subsurface Technology at ConocoPhillips for three years followed by one year of consulting (Dariusz BioGeoChem) working on petroleum systems and subsurface biomethane stimulation.
In 2012 he has joined SLB and since then has been developing interpretation workflowsand answer products for surface formation evaluation (mud gas and cuttings logging). Since couple of years his works involves H2 and helium logging and exploration, for which the global activity is rapidly growing.
This topic also brings ideas of stimulated natural H2 in the subsurface, which brings together geological and fluid geochemistry knowledge to a new level of collaboration among academic and industrial communities.
Dariusz is very active within the geochemistry community, with multiple peer-reviewed papers and chapters, numerous conference-related activities, journal editorships, and intellectual property publications.
Environmental Data Scientist Energy Transition and Environment at CGG
Co-chair Geothermal Energy Conference
Saba Keynejad received her Master’s degree in mineral exploration with a focus on geothermal exploration in 2012. She obtained her PhD from the University of Arizona in 2018, developing machine learning approaches for subsurface characterization. Since then, Saba has worked in the energy sector, contributing to projects in subsurface analysis and geothermal research. Currently, she applies her expertise to providing environmental solutions and advancing sustainable practices in energy, mining, and other major industries. Beyond technical work, Saba has been actively involved in leading conferences and webinars within her company and externally. She aims to facilitate interdisciplinary collaboration through these events. Saba also participates in mentorship schemes focused on women of color in the energy and technology industry. As co-chair of EAGE GET2024, Saba brings a wealth of experience spanning academia, industry, and leadership. She looks forward to bringing together geothermal experts to drive the field forward through open dialogue and partnership. Saba is honored to help convene important discussions on the conference stage.
COO | Geoscience at EPI Group
Co-chair Geothermal Energy Conference
Dr. Gehrig Schultz has been actively involved in using geophysics to solve geological and engineering problems since 1986. Dr. Schultz is currently COO for Geosciences at EPI Group where he leads a multidisciplinary team specialized in applying geophysics to geothermal energy, nuclear waste disposal, near surface engineering and hydrocarbons exploration and field redevelopment. He has worked both as a service provider and as a senior energy company executive. His experience spans growing former Romanian state owned geophysical and geological enterprise to become a highly respected international geophysical supplier with annual revenues of over € 100 million, rejuvenating a producing hydrocarbons field, starting a cased whole logging and well maintenance company, and technical leadership of several startup companies. Gehrig recently earned a PhD in Geophysics from the University of Bucharest and graduated with a BS in Geophysical Engineering from the Colorado School of Mines.
