Newsroom

CGG announced today that the final pre-stack depth-migrated data for Phase 1 of its Davros 3D BroadSeis™ and BroadSource™ multi-client survey in the Northern Carnarvon Basin on the North West Shelf of Western Australia is available now. With over 6,400 km2 already acquired, Davros is the largest multi-client seismic program ever to be acquired and processed by CGG in the Asia-Pacific region.

CGG announced today that the Fast Trax™ Reverse Time Migration (RTM) data from its Encontrado multi-client mega-merge project covering the Perdido fold belt has been delivered on time to the industry and the Comision Nacional de Hidrocarburos (CNH) ahead of Mexico’s December Licensing Round.

CGG announced today that it has signed an agreement with GNPC Operating Services Company Ltd (GOSCO), an independent Ghanaian E&P services company, to form a joint-venture company dedicated to conducting high-end 2D, 3D and 4D marine seismic acquisition and related services in the territorial waters of the Republic of Ghana.

CGG announced today at ONS 2016 the launch of TopSeis™, the latest evolution in offshore broadband seismic, specifically designed to overcome the intrinsic lack of near offsets inherent in 3D towed-streamer seismic.

Market conditions remain challenging, revenue down to $290m, strong execution of operations, good level of multi-client sales, solid EBITDAs...

CGG announced today that its interim report for the period ending June 30, 2016 and its Form 6-K for the second quarter and first half of 2016...

CGG GeoConsulting’s NPA Satellite Mapping group has launched the multi-client EARS BasinMap for exploration de-risking across the vast region of East Africa, from regional-to-prospect or play scale.

Reverse stock split operations, that the combined general shareholders’ meeting approved on 27 May 2016, will begin on 20 June 2016...

All seismic signals naturally undergo attenuation during transmission through the Earth. The effect is generally stronger the longer the distance travelled. By the same virtue, higher frequencies are affected more than lower frequencies, as a greater number of wave cycles occur along the same travel path.