This is a sponsored contribution. Its publication does not imply endorsement by the European Federation of Geologists (EFG). The views and opinions expressed are those of the author(s) and do not necessarily reflect the official position or policies of the European Federation of Geologists (EFG).
Seequent is pleased to announce our first-quarter collaboration with EFG, starting with a focus on geothermal energy. Over the coming months, we will share technical knowledge, including workflows, webinars, case studies, and short educational content. This is designed for geoscientists and reservoir engineers involved in geothermal exploration, development, and early-stage project decision-making.
Geothermal projects are multidisciplinary, and their success depends on a robust conceptual model that all teams can understand, test, and trust.
This quarter, we’ll be sharing experience and insight on how integrated subsurface workflows bridge the gap between geological interpretation and reservoir modelling—reducing uncertainty where it matters most.
Meet the Seequent team at GeoTHERM, Germany
The Seequent team will be attending GeoTHERM in Germany. If you’re there, this is a great opportunity to meet the team in person, discuss geothermal workflows, and learn more about how subsurface modelling software supports clearer communication and better early-stage decisions. If you are in Offenburg on Wednesday, 25 February, you are also welcome to join a free, in-person technical workshop, delivered in partnership with the International Geothermal Association.
Workshop registration: https://events.seequent.com/seequentsgeothermalworkflowmod-25-feb-2026 (Subject to availability).
Upcoming technical webinar for EFG members
We will be organising a technical webinar for EFG members, delivered by Dr Esteban Gomez-Diaz.
The key input to a geothermal reservoir numerical model is a robust conceptual model. This webinar will demonstrate a workflow that enables seamless interaction between Leapfrog and Volsung, helps to fast-track numerical reservoir model development, and improves communication between geoscience and reservoir modelling teams.
The session will focus on:
- Translating geological understanding into simulation-ready inputs
- Maintaining consistency between geological and numerical models
- Reducing the iteration time between interpretation and reservoir simulation
Webinar date will be confirmed shortly — stay tuned.
Case studies, videos, and shared experience
We will also share case studies, short videos, and real-world project experience from geothermal and wider subsurface projects. The goal is to show what’s working, what teams are learning, and how others are dealing with growing complexity in subsurface projects.
For instance, have you wondered how teams are using modelling and Artificial Intelligence (AI) to speed up decision-making? In a recent project, advanced modelling approaches reduced simulation time by five years, by running 10 million scenarios in just 10 days.
Read the case study:
‘Modelling and AI saves 5 years’ simulation time by running 10 million scenarios in 10 days’: https://www.seequent.com/community/research-reports/geoprofessionals-data-management-report-7th-edition
We’ll also be sharing broader insights that go beyond individual projects. As subsurface work becomes more complex, the ability to trust data, manage uncertainty, and act on information is more critical than ever. We’ll be highlighting learnings from industry research and shared experiences across the geoscience community—especially as AI and new technologies become part of everyday workflows.
There’ll be plenty to explore and more to come throughout the first quarter of the year.
