Join us for a comprehensive two-day geothermal workshop demonstrating an integrated, end-to-end workflow from conceptual exploration to advanced flow modelling. The first day begins with a brief Oasis montaj demonstration on preparing exploration inputs, followed by guided, hands-on 3D geological modelling using Leapfrog Energy to support drilling decisions. On the second day, we will focus on flow modelling by showing how Leapfrog Energy models transfer efficiently into Volsung for simulation and rapid forecasting. The workshop concludes with a practical megawatts challenge to compare scenarios and understand key sensitivities from exploration through to early production planning.
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Join us for a two-day, hands-on, online workshop that walks through an end-to-end geothermal workflow, demonstrating how you can move from early exploration inputs to an evidence-based view of what a geothermal system may produce.
Day 1 begins with a brief demonstration using Oasis montaj, illustrating how early-stage geoscience data and interpretations can be prepared, reviewed, and passed efficiently into a 3D modelling environment. This segment is intended to provide context rather than detailed training.
The remainder of the first day focuses on hands-on geological modelling in Leapfrog Energy. Participants will import and organise datasets, build lithology and alteration models, incorporate structural interpretations, and integrate these elements into a coherent conceptual geological model that supports drilling and development decisions.
Day 2 focuses on reservoir modelling using Volsung. We will demonstrate a streamlined Leapfrog–Volsung handover, showing how the conceptual model, wells, and sections transfer cleanly into simulation. The session will cover boundary condition setup, basic model calibration, and the construction of surface networks, highlighting how geological understanding is translated into a working reservoir model suitable for scenario testing and early production assessment.
Short case studies will be shared throughout the workshop to illustrate how teams apply these integrated workflows in practice, and the value gained by linking exploration, geological modelling, and reservoir simulation within a single, consistent framework.
This is a free, online workshop. Participants will gain practical experience with industry-leading software and leave with a clear understanding of how an integrated concept-to-production geothermal workflow fits together across disciplines and tools.
The course is capped to ensure a quality training experience for all participants. Once the registration limit is reached, additional registrants will be added to a waitlist and notified if a spot becomes available.
We require a minimum number of attendees to deliver the course. In the event of low registrations, the course will be postponed or cancelled. We do not offer refunds or compensation on personal expenses.
Ollie is an exploration geoscientist with over a decade of experience in the energy sector. As a Customer Solutions Specialist in Seequent’s Energy Team, Ollie applies his technical expertise to optimise customer workflows employing Seequent’s energy and geophysical solutions for diverse applications, including geothermal projects, wind farm ground modelling, carbon and hydrogen geological storage, and direct lithium extraction (DLE). Â
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Before joining Seequent in 2021, he gained international field experience in marine seismic data acquisition, processing, and interpretation with WesternGeco, Schlumberger's geophysical division. Â
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Ollie is a member of the Geoscience Energy Society of Great Britain (GESGB), the European Association of Geoscientists and Engineers (EAGE), a Fellow of The Geological Society of London (GeolSoc) and serves on the UK committee for Women IN Geothermal (WING).Â
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Vaiva is a professional hydrogeologist with experience in the geothermal industry. She obtained her BSc degree in Hydrogeology from Vilnius University and MSc in Geothermal Energy from the University of Iceland.Â
Vaiva enjoys teaching and is passionate about geological modelling, geothermal resources estimation and mapping.Â
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Before joining Seequent Vaiva worked for Reykjavik University, Iceland GeoSurvey and Catalan GeoSurvey. Her responsibilities included teaching, 3D geological modelling, geothermal resources monitoring, mapping, and estimation. Â
Vaiva currently works as a Customer Solutions Specialist within Seequent's Energy Team, where she focuses on teaching, workflow development and providing optimised solutions to geothermal industry professionals.Â
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