From the Industry

Enhancing reservoir characterization through MSI workflow

A through geological understanding remains crucial for sustainable long-term production from unconventional assets. In the Midland Basin, a key challenge is navigating thin carbonate debris flows in the reservoir, which…

Seismic ocean bottom node acquisition without ROV

Guided by industry demand for improved efficiency and reduced costs for the acquisition of sparse node grid seismic and 2D transects, Allton was led to research and develop an innovative…

Advancing ocean bottom node surveys through autonomy

In hydrocarbon exploration, innovation is essential for improving efficiency and sustainability, particularly in node operations. By incorporating Autonomous Underwater Vehicles (AUV) and utilizing the latest machine learning advancements, ocean bottom…

Shifts in the seismic acquisition space

“In the past, we as a provider of OBN and streamer technology would mostly liaise with seismic acquisition companies; our exposure to oil companies was very limited,” says Gaetan Mellier,…

Data operations as a service

Data delivery challenges are attributed to rigid internal workflows or processes and a need for more capacity/legacy media infrastructure to handle data volume and data delivery media variability. Data vendors…

A Straightforward Workflow for Monitoring CO2 Storage

Estimating and appreciating the distribution of injected CO2 allows better understanding of the reservoir and identifies potential gas migration. Using PaleoScan™ provides a fast method from seismic conditioning to carbon…