Second EAGE Workshop on Unmanned Aerial Vehicles
15-16 November 2021, Online
Unmanned Aerial Vehicles (UAV) and other autonomous robots present new opportunities for exploration and production activities. These systems have demonstrated the ability to significantly improve cost, safety and efficiency in aerial data acquisition operations. In addition they provide low-cost alternatives for airborne studies of the surface and subsurface at very high resolution and with increased repeatability.
Following our successful first meeting in Toulouse, France, the Second EAGE Unmanned Aerial Vehicles Workshop will focus on the technology and applications of UAVs and other autonomous robotics for use in geoscience and engineering disciplines.
Image courtesy: Shell/Petroleum Development Oman, Terra Drone and Innoseis
Image courtesy: Total METIS
The workshop provides an exceptional opportunity for specialists and enthusiasts to share insights on the evolving technology, exciting applications and emerging technical and regulatory challenges. We are seeking submissions on a wide range of topics related to resource exploration and production, environmental monitoring and engineering. We also look forward to contributions addressing some of the unique challenges surrounding data volume, flight endurance, safe operations and reliability of open-source components. Papers demonstrating technological innovation and business value are especially encouraged.
Why should you attend?
Artificial Intelligence and robotics are introducing a paradigm shift in the Oil & Gas industry. I’m glad EAGE has organized this first workshop on Unmanned Air Vehicles (UAV) technologies and applications as these will change our way of working for safer and more efficient operations. Enthusiasm and innovative spirits were cornerstones of this workshop and will encourage the community to gather again for the next edition, so stay tuned, more is coming…
Bruno Pagliccia, Total R&D
UAV are adding a new dimension to several exploration and production activities: data acquisition for geology and geophysics, surveillance and safety for drilling and production. However, new challenges must be addressed with the potential volume of data that UAV (equipped with appropriate sensors) can collect. Practically, several issues must be cleared to stream the deployment of UAV: legislation, safety, etc.
Mokhles Mezghani, Saudi Aramco
Drones are the ideal platforms for an efficient and safe mapping of geological structures in an exploration scheme and for the monitoring of mining activities without impeding exploitation. Nowadays, drones can carry hyperspectral imagers, magnetometers, radiometers, and LiDAR in operational conditions, even in remote areas of the world. Thus, these innovative technologies are key to reducing the footprint of mining activities and improving public acceptance.
Richard Gloaguen, HZDR
Join the discussion.
The EAGE Special Interest Community on Artificial Intelligence (A.I.) facilitates connections and knowledge exchange among those working or interested in the digital transformation for geoscience and engineering fields.