For decades, borehole geophysics measurements have been instrumental in the oil and gas industry, aiding geoscientists in critical tasks such as precise well-to-seismic correlations, refining velocity models for seismic analysis, supporting drilling activities, and monitoring reservoir behaviour.

Amidst the global push towards sustainable, green energy solutions, there's a growing imperative to quantify and reduce uncertainty in reservoir monitoring. This imperative extends beyond traditional oil and gas applications to encompass diverse sectors like geotechnical studies, geothermal exploration, and carbon capture, utilization, and storage (CCUS).

The emergence of cost-effective fibre optics technologies, including distributed acoustic sensing and next generation 4C optical point sensors, has revolutionized long-term downhole monitoring projects. Simultaneously, significant advancements in surface seismic acquisition utilizing nodes and distributed acoustic sensing have occurred, allowing for simultaneous recording of many surveys both at the surface and downhole. The increasing synergy between surface and downhole monitoring technologies enhances their attractiveness for reservoir imaging and monitoring endeavours in the realm of green energy initiatives.

The following topics and subtopics will be covered with presentations and posters and participants will have enriched discussions and experiences during this workshop. 

      2.a. DAS and 3C Sensors VSP applications, including imaging, multiples, Q(z), etc.

      2.b. Seismic while drilling, VSP lookahead and drilling operations

      3.a. CCUS

      3.b. Geothermal 

      3.c. Oil and Gas exploration and development

Submit Your Abstracts Before 13 February 2025!