North America Land Multiclient Data Library

Illuminate the subsurface with 2D and 3D seismic data, modern WAZ, and well log data

>40,000 mi2

Multiclient seismic data for land exploration in US and Canada

>4,500 mi2

Modern WAZ acquisition in strategic locations of the Permian Basin

Data Insights

Practical innovation that delivers subsurface insights to reduce risk and uncertainty

Comprehensive Subsurface Data

Data at your fingertips—from raw well measurements to basin models for area evaluation, reservoir characterization, divestment decisions, and new energy site evaluations

Resolving your subsurface imaging challenges

Our extensive library includes regional 2D and 3D seismic data, modern wide azimuth seismic acquisitions with recently acquired high-density full azimuth surveys, and well data to illuminate the subsurface. From exploration through production and new energy projects, we can help you better understand the subsurface to meet your objectives.

Regional maps—more than 40,000 mi2 of wide-azimuth and ultradense 3D seismic data

Region	Available Data
Region Alaska	Available Data >3,600 mi2 of 3D seismic data; 7,000 mi of 2D data
Region California	Available Data >1,200 mi2 of 3D seismic data; thousands of miles of 2D data
Region Canada	Available Data >12,000 mi2 of 3D seismic data; >500 mi of 2D data
Region Louisiana	Available Data Thousands of square miles of transition zone and land seismic 3D data
Region Midcontinent	Available Data >1,800 mi2 of 3D seismic data
Region Rocky Mountains	Available Data >1,750 mi2 of 3D seismic data (including recently reprocessed Table Rock 3D survey); extensive 2D seismic data
Region South Texas and Gulf Coast	Available Data >630 mi2 of WAZ 3D seismic data; >3,100 mi2 of NAZ 3D seismic data; extensive brokered database
Region West Texas and New Mexico	Available Data >6,000 mi2 of WAZ 3D seismic data; >7,780 mi2 of NAZ 3D seismic data; 900 mi2 of some of the most high-density multiclient data in the Permian Basin

Alaska North Slope regional 2D and 3D map.

California regional map.

East Coast Canada regional map.

Louisiana Gulf Coast regional map.

Midcontinent regional map.

Rocky Mountains regional map.

South Texas and Gulf Coast regional map.

West Texas and New Mexico regional map.

Recent project—West Texas Sandhill 3D merge

Schlumberger has successfully completed a merge of the Jumano 3D survey with the newly acquired, high-density Sandhill 3D WAZ survey. A seamless volume was obtained by implementing our advanced 5D matching pursuit Fourier interpolation (MPFI) workflow that mitigated differences in acquisition geometries. The dense acquisition, along with the latest noise attenuation techniques—including coordinate-driven coherent noise attenuation techniques such as SWAMI surface wave analysis, modeling, and inversion—addressed near-surface scattering challenges, particularly in the Cenozoic fill zones.

West Texas Sandhill 3D merge

Merge of Jumano 3D seismic survey with Sandhill 3D Phase 1 survey

Latest Reprocessing Projects
Latest Multiclient Acquisitions

Latest Reprocessing Projects

Latest Multiclient Acquisitions

Fit-for-purpose solutions for land exploration across North America

End-to-end solutions for your subsurface needs—from exploration to production

With our global reach, domain expertise, and innovative technologies, we provide fully integrated, fit-for-purpose solutions, from survey design, execution, and data processing to reservoir characterization and well planning. Through our logistics and unique business models, we deliver secure, timely, and cost-effective quality solutions tailored to your specific needs.

Reservoir imaging to accurately geosteer your well

Optimize your drilling programs with precise reservoir imaging and services to identify drilling hazards, as well as accurate geosteering to land in your target interval and stay there throughout the lateral. To do this, our solutions enable you to understand the stress environment and geomechanical properties both shallow and at the target interval. Prestack depth migration improves structural integrity; increases resolution; and provides more precise fault definition, better phase stability, and a geologically consistent velocity field.