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Densifying seismic acquisition surveys for a cost that is in line with the benefits expected in terms of improved imaging relies on a dual approach.
The context of the seismic industry has drastically changed during the last decade. Exploration is decreasing while operators are focusing on optimizing their current assets.
Extending the seismic signal frequency towards the low frequencies has become almost standard on seismic projects, owing to the benefits it provides in terms of vertical resolution, signal...
Two important features of the new generation of seismic equipment and methods are (1) lower environmental impact, and (2) broadband signal above ambient and instrument noise.
With nowadays major deployments of single sensor Land and OBN acquisitions, the sensing fidelity of unitary sensor becomes an important element of the acquisition chain.
The 528 acquisition represents a significant advancement in cable-based land solutions, addressing critical operational and geophysical challenges to enhance recording capacity, reliability, productivity...
Quietsea is a Passive Acoustic Monitoring (PAM) method that enable to detect the acoustic signals of marine mammals, such as whales, while preserving the underwater environment.
This infographic outlines how logistics operations contribute to carbon emissions and how marine logistics software can revolutionize and optimize these operations for a more sustainable future.
MetaBlue Land is the only digital collaboration solution in the industry that connects every stage of a land seismic acquisition project.
Passive Acoustic Monitoring (PAM) is a method of acoustic monitoring that detects the acoustic signals of marine mammals, such as whales, while preserving the underwater environment.
The 528 can be offered as a fully integrated solution that encompasses the acquisition system, vibrator electronics system, and Nomad vibrator. The 528 ensures a smooth transition from the 508 thanks to its backward compatibility. It also seamlessly integrates with the VE564 and the VE464.
Nicolas Tellier and Philippe Herrmann demonstrate the value of micro-electromechanical systems-based digital seismic accelerometers for ocean bottom node seismic projects.