-=- LAND M DOWNHOLE ^SEABED ^ MARINE SeaPro Nav Marine Seismic Integrated Navigation System

Today's major challenges for marine seismic acquisition include increasingly accurate positioning for enhanced productivity from 2D to WAZ surveys and improved repeatability of 4D surveys. Sercel offers a unique combination of considerable experience in navigation-based technologies and an unrivalled position in seismic acquisition to deliver a high-performance navigation platform for the latest and future marine seismic techniques. SeaPro Nav Suite which includes SeaPro Design, SeaPro Nav, SeaPro Bin and SeaPro Resolve, offers a powerful integrated portfolio from planning to data QC and processing. Thanks...

Complete package Sercel offers a complete navigation software portfolio for continuous data workflow. SURVEY DATA SURVEY DESIGN SeaPro Design Survey pre-plot generation INTEGRATED NAVIGATION SYSTEM COVERAGE ANALYSIS & LINE OPTIMIZATION DATA PROCESSING Real time positioning, data processing & management Real time & offline binning attribute analysis SeaPro Resolve Data processing, QC & analysis for towed streamer SURVEY POSITIONING DATA 3

SeaPro Design SURVEY PRE-PLOT GENERATION // IMPROVED QUALITY Full detailed report generation // ENHANCED PRODUCTIVITY Full compatibility with SeaPro Nav Suite // ADVANCED FLEXIBILITY Adaptable to any configuration including advanced techniques SeaPro Design is a versatile tool for generating pre-plots for 2D, 3D and advanced marine seismic surveys. It contains all the functionality required to quickly define any survey from simple rectangle to complex geometry. Full detailed report as well as preplot lines and survey definition export in industry standard formats are available (P1/90, P6/98 ;...

SeaPro Nav INTEGRATED NAVIGATION SOFTWARE // IMPROVED SAFETY Sophisticated alarms based on GIS technologies // ENHANCED PRODUCTIVITY Seamless integration with Sercel products // ADVANCED FLEXIBILITY Architecture allowing fast adoption of new seismic techniques SeaPro Nav is a real-time positioning solution for all marine towed-streamer seismic surveys including multi-vessel capability for undershooting and wide-azimuth techniques. With a client/server architecture, complex real-time data can be easily accessed from anywhere for data quality and decisions made by experts either onboard or at the...

SeaPro Bin BINNING SOFTWARE // IMPROVED QUALITY Rapid shore-based data verification // ENHANCED PRODUCTIVITY In-fill minimization // ADVANCED FLEXIBILITY Advanced seismic survey binning in real time SeaPro Bin is a binning tool that manages 3D and WAZ marine seismic surveys for different users in a professional environment. SeaPro Bin provides flexible tools to interactively manage the seismic surveys from 3D through to WAZ. FEATURES • GIS view of coverage and seismic attributes • Powerful and scalable to target large surveys • Offline and Real-time versions • Synergy with SeaPro Nav for Real-time...

SeaPro Resolve NAVIGATION DATA PROCESSING // IMPROVED QUALITY Automatic qualification of network positioning // ENHANCED PRODUCTIVITY Automatic processing and transfer of deliverable outputs (P1s) // ADVANCED FLEXIBILITY 2D to WAZ, fully braced advanced processing Sea Pro Resolve is a data processing suite for marine towedstreamer seismic surveys. Using a workspace control system, the user can import, process and analyze data to produce deliverable processed positions along with reporting. FEATURES • Automatic P1 processing • Advanced algorithms for all progressive acquisition • Extensive reporting...

SeaPro Nav Marine Seismic Integrated Navigation System Sercel - France 16 rue de Bel Air B.P. 30439 - 44474 CARQUEFOU Cedex Téléphone  : (33) 2 40 30 11 81 Fax  : (33) 2 40 30 19 48 E-mail  : [email protected] SAS au capital de 2 000 000 € Siège Social  : 16 rue de Bel Air - 44470 CARQUEFOU 378.040.497 R.C.S. Nantes Code APE 2651B 17200 Park Row Houston, Texas 77084 Telephone  : (1) 281 492 6688 Fax  : (1) 281 579 7505 E-mail  : [email protected] www.sercel.com © Sercel 02/17 Produced according to the Sercel environ