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193 publications
  • Abstract
The effect of the reflection of the seabed on source signature recorded by ocean bottom nodes

Wavelets emitted by seismic sources are called source signatures. They are required for environmental impact assessment and permitting. It is therefore important to know the maximal Sound Pressure Level (SPL) of seismic sources.

  • Abstract
Reducing the Environmental Impact of Seismic Surveys: A Review of Impulsive Source Technologies and Monitoring Solutions

Seismic surveys are used to explore and characterize subsurface geological structures. They play a critical role in the oil and gas industry. However, seismic surveys can also have significant environmental impact, particularly on marine mammals.

  • Abstract
Optimizing Offshore Operations with a Low Frequency Source Solution

The Tuned Pulse Source (TPS) is a low-frequency seismic source designed to generate high-quality seismic data in complex geological settings. The TPS has been successfully deployed in various locations, including the Gulf of Mexico, where it has provided detailed images of the subsurface.

  • Abstract
Timing robustness and predictability of dual-clock architecture for long-duration Ocean Bottom Node acquisition

Ocean Bottom Nodes (OBNs) play a central role in modern seismic exploration and monitoring, enabling high-resolution imaging and long-offset acquisition in increasingly challenging environments.

  • Abstract
Low frequency sources for sub-basalt, pre-salt, blocky reservoir model building, and improved resolution

Imaging targets under salt, basalt, carbonates, and chalk is a big challenge because such overburden significantly scatters and attenuates seismic waves, and because building accurate velocity models is subject to cycle skipping...

  • Others
Coordinated Vulnerability Disclosure Policy Sercel

This Coordinated Vulnerability Disclosure Policy defines how Sercel receives, analyzes, handles and discloses security vulnerabilities affecting its products.

  • Specifications
WiNG Specifications (EN)

WiNG is a fully integrated nodal land acquisition system designed with a single data collection platform to manage operations...

  • Case study
Delivering Value with the GPR Deepwater Solution

This case study evaluates the performance of the Sercel’s QuietSeis® MEMS nodes used with the Tuned Pulse Source (TPS) during the Laconia Phase 1 seismic survey.

  • Abstract
Dual-clock timing solution for OBN acquisition

With the increase in seismic exploration and monitoring campaigns, Ocean Bottom Nodes (OBNs) are playing a central role in the acquisition of high-resolution geophysical data. However, changing in operational requirements - whether to reach more remote or deeper zones or to extend recording times - impose a growing need for nodes autonomy...

  • Abstract
Comparing sources and receivers using data from an OBN survey

During an ocean bottom node (OBN) survey, we used two types of nodes and two types of seismic source in a survey. The two sources were an array of conventional Airguns (CAG) and a Tuned Pulse Source (TPS). The data were recorded by co-located OBNs of two types...

  • Article
Pioneering Seismic Innovation

DEW Journal October 2025 | ©2025 DEW Journal

In this interview, Nicolas Renaud, VP Business at Sercel, shares insights on the company’s mission to deliver cutting-edge seismic solutions for energy exploration, renewable integration, and marine operations.

  • Technical paper
Triple-source seismic acquisition operations with a Tuned Pulse Source (TPS)

First Break  November 2025 | ©2025 EAGE

The paper published in the EAGE's First Break magazine describes an optimized survey design that encourages the industry to acquire data using a triple-source configuration with the TPS.