About the meeting

This three-day meeting at TU Delft trains seismologists to monitor geothermal and geological storage operations, including CO₂ storage and underground hydrogen storage (UHS). Day one covers earthquake catalogs. Using the open induced-seismicity Groningen catalog, participants estimate the magnitude of completeness, track the b-value over space and time, and test the criteria that separate induced from natural earthquakes. Day two covers seismic imaging. Participants build seismic-velocity models and get hands-on training in active-source data acquisition and processing. Day three covers seismic-network design, a method most seismology courses do not include. Participants first learn the principles behind detecting and locating microseismicity, then explore optimal methods for placing sensors.

Each day combines a keynote talk, contributed talks and a hands-on exercise using open data. Participants also visit real infrastructure: DAPwell, TU Delft’s geothermal doublet on campus, built for research. The meeting also provides an icebreaker and opportunities for collaboration. Participants bring a laptop and receive the datasets and set-up instructions two weeks before the meeting.

Day 1 · Wed 12 May

Earthquake catalogs & induced seismicity

  • Registration and coffee
  • Opening: why we monitor
    Objectives, risks, the features we look for, and which seismic data answer which question
  • Master class: induced-seismicity catalogs and Groningen
  • Coffee
  • Keynote
    Speaker to be announced
  • Lunch
  • Contributed talks
    Selected from submitted abstracts
  • Hands-on: build a catalog
    Magnitude of completeness, b-value in space and time, induced vs tectonic criteria, with open KNMI Groningen data
  • Icebreaker reception
Day 2 · Thu 13 May

Seismic imaging & velocity models

  • Master class: reflection seismics for CCS and geothermal
  • Coffee
  • Keynote
    Speaker to be announced
  • Poster pitches
    One minute per poster
  • Poster session
  • Lunch
  • Hands-on: structural and velocity model
    P- and S-wave velocity models from field data, including active-source and fibre-optic recordings
  • Site visit: DAPwell
    TU Delft’s research geothermal doublet, a short walk across campus
Day 3 · Fri 14 May

Passive monitoring

  • Master class: network design for detection and location
    Signal-to-noise thresholds, azimuthal coverage, depth resolution
  • Coffee
  • Hands-on: design a monitoring network
    Retrieve the Dutch subsurface model, faults and reservoir geometry for a CCS or geothermal field, then optimise sensor placement
  • Lunch
  • Contributed talks
    Selected from submitted abstracts
  • Coffee
  • Poster pitches
    One minute per poster
  • Poster session
  • Wrap-up and collaboration
    Where the code and materials are published, and an open floor to find people working on the same problem
Hosted & supported by
Delft University of Technology Seismological Society of America

SET 2027 is funded by a Seismological Society of America Community Grant and organised by PhD candidates and postdocs at TU Delft.

12–14 May 2027 · Delft University of Technology, Netherlands Code of conduct · Website source