Mochamad Refal, Naufal Dzaky Fadholi, and Naufal Daffa’ulhaq conducted seismic and well data interpretation from the Volve Field in the North Sea Basin, Norway, using TNav software. The process required technical precision, stratigraphic understanding, and comprehensive subsurface structural interpretation skills.

Beyond mapping geological structures, the ITB team expanded their approach by evaluating carbon storage potential through volumetric analysis. They estimated CO₂ storage capacity in subsurface reservoirs as part of a CCS feasibility assessment.

This approach is considered highly relevant to global energy transition efforts, where carbon capture and storage technology plays a key role in emission mitigation. The integration of geological interpretation and storage capacity analysis demonstrates that geophysical expertise extends beyond oil and gas exploration to the advancement of low-carbon technologies.

Throughout the process, the team received academic guidance from Dr. Madaniya Oktariena, S.T., M.T., who provided direction to ensure accurate interpretation and methodological consistency. Technical support was also provided by Reza Nugraha, a 2021 Geophysical Engineering student, who contributed insights on interpretation workflows, parameter selection, and presentation strategies.

For the team, the experience broadened their understanding that geoscience is a complex and evolving field. Subsurface analysis requires not only technical competence but also systematic thinking and interdisciplinary integration.

“Find a mentor who can provide direction, understand the fundamental concepts behind every workflow, and strengthen your knowledge of petroleum geology. One principle we held from beginning to end was: let’s finish what we started as well as possible,” said Naufal Daffa’ulhaq.

The experience reflects the importance of strengthening students’ analytical capacity in data processing and subsurface understanding to address future energy challenges, including the development of sustainable carbon storage technologies.