Viridien commences Walker Ridge Reimaging Extension in US Gulf
Paris, France | Aug 27, 2026Viridien has recently launched its Walker Ridge Reimaging Extension in the US Gulf. Fast-track results for this new project are already available.
Viridien has recently launched its Walker Ridge Reimaging Extension in the US Gulf. Fast-track results for this new project are already available.
Viridien has commenced seismic imaging of the Langkasuka multi-client 3D (MC3D) hybrid survey, the first-ever combined streamer and sparse ocean bottom node (OBN) multi-client 3D seismic dataset acquired in the Asia-Pacific region.
Malc Kent, Global Strategy Head, New Businesses Development, recently appeared on the SEG's Seismic Soundoff podcast to discuss the rapid evolution of distributed acoustic sensing (DAS) and the opportunities it is creating across energy, carbon storage, geothermal, infrastructure, and other subsurface monitoring applications.
Sercel has announced the sale of 6,000 Accel drop nodes to DMT GmbH & Co. KG for deployment on a major geothermal exploration project in the Munich region, Germany.
Viridien has announced the signing of a strategic multi-client partnership agreement with Société de Pétroles du Sénégal (PETROSEN), Senegal's national petroleum company.
Sercel has announced that a comprehensive suite of its seismic acquisition technologies is being deployed by Petroseismic, on behalf of Chilean national energy company ENAP, to acquire a large-scale, high-density land seismic survey in Chile.
Viridien has commenced Guyana Shallow Water 3D Phase I, following its previously announced agreement with the Ministry of Natural Resources of the Cooperative Republic of Guyana and BGP to launch a major multi-client 3D seismic acquisition and imaging program offshore Guyana.
Sercel has been awarded a one-year contract by ExxonMobil Global Projects to deploy its Marlin solution on the Whiptail project, located in the Stabroek Block, offshore Guyana.
Rongxin Huang discusses how advances in ocean bottom node acquisition and full-waveform inversion are reshaping how offshore operators image and understand the subsurface.