Sercel, Kappa Offshore launch 3D marine seismic system for renewable energy surveys
Sercel and Kappa Offshore Solutions introduced PIKSEL, a compact marine seismic solution specially designed for acquiring seismic data for high-resolution 3D imaging of targeted offshore areas.
PIKSEL draws on the low noise performance of its Sentinel streamer’s hydrophone design as well as an optimized rigging and handling system that minimizes vibration. For enhanced broadband imaging, PIKSEL can also utilize Sercel’s Sentinel MS 3-C multi-sensor streamer to ensure the most accurate and noise-free signal possible.
With its optimized hydrodynamic shape, higher towing speeds make survey acquisition faster. PIKSEL can also be towed deeper than any other solution, allowing for data recording in rough seas and thereby reducing downtime.
For improved operational efficiency, the turnkey PIKSEL solution can be containerized to enable quick installation onboard a range of vessel types. PIKSEL is also compatible with QuietSea, Sercel’s Passive Acoustic Monitoring system, Nautilus, Sercel’s powerful streamer positioning solution, and SeaProNav Suite, Sercel’s complete high-performance navigation platform.
Thibaut Choquer, Kappa Offshore Solutions CEO, said: “We are extremely proud to partner with Sercel in designing an industrial system for high-resolution and ultra-high-resolution seismic data acquisition at sea. This new system improves the efficiency of geohazard assessment surveys and paves the way for geophysical and geotechnical data integration, which is of particular interest for the development of offshore renewable energies.”
Emmanuelle Dubu, Sercel CEO, said: “As a result of our partnership with Kappa Offshore Solutions, Sercel offers the best-in-class marine seismic acquisition solution with unprecedented performance to meet the rigorous requirements of all types of high-resolution marine seismic applications, including renewable energy infrastructure projects. The new PIKSEL solution makes it significantly easier to conduct continuous surveys even in poor weather conditions, thereby improving offshore productivity.”
