STERLING SEISMIC SERVICES

Precision-Driven Seismic Solutions Sterling delivers premier seismic processing services for 2D, 3D, 4D, and multi-component land data worldwide, empowering clients to advance their oil and gas explorations. Our commitment to precision, quality, and reliability, fused with cutting-edge technology and extensive expertise, ensures our services provide a competitive edge to our clients. We prioritize rapid delivery without compromising quality, meeting industry demands from small 2D datasets to expansive 3D projects. Sterling sets industry benchmarks in speed and customer satisfaction, offering tailored, superior service that defines excellence in seismic data processing. LEARN MORE: https://lnkd.in/gaKuMS_R

Precision-Driven Seismic Solutions Sterling delivers premier seismic processing services for 2D, 3D, 4D, and multi-component land data worldwide, empowering clients to advance their oil and gas explorations. Our commitment to precision, quality, and reliability, fused with cutting-edge technology and extensive expertise, ensures our services provide a competitive edge to our clients. We prioritize rapid delivery without compromising quality, meeting industry demands from small 2D datasets to expansive 3D projects. Sterling sets industry benchmarks in speed and customer satisfaction, offering tailored, superior service that defines excellence in seismic data processing. LEARN MORE: https://lnkd.in/gaKuMS_R

Our robust Pre-stack Depth Imaging Services, utilizing proprietary reflection tomography coupled with state-of-the-art Tsunami™ Kirchhoff based depth imaging tools will maximize your investment and enhance drilling performance. With migration from surface, sophisticated anti-aliasing, and fast run-times utilizing our parallel clusters, we are able to leverage Sterling’s precise time processing to produce superior depth images. Enhanced algorithm capabilities improve phase stability, tuning and thus increase reservoir resolution. Our “data driven” solution leads to more geologic velocity models with higher spatial resolution. Data Driven – Well Calibrated Depth Imaging Data Driven – Reflection Tomography for velocity updates (based on semblance-based picking of CIP gathers) Efficient, high fidelity Kirchhoff migration algorithm Fast, cost-effective isotropic solution with final depth calibration based on well control – improved imaging over PSTM, data in depth domain Anisotropic solution available (Delta, Epsilon) https://lnkd.in/gKtXVpHH

Advanced Noise Tools Sterling has the ability to examine the characteristics of noise in a number of domains including: 3D Shot, 3D Receiver, Shot/Receiver Lines, CDP, Common Offset, Common Offset/Vector (OVT), and random. FDNS identifies anomalous amplitudes in narrow and/or specific (low – high) frequency bands. It is a data adaptive tool that can be performed over specific window lengths and therefore has no adverse effect on the data. Many noise techniques (multi-channel) can have an adverse effect on HTI anisotropy. Due to the adaptive nature of FDNS the approach is “anisotropy friendly”. This noise tool is very effective in removing swell noise, seismic interference, noise bursts, spikes, ground roll and other types of random or coherent noise. Optionally, it can also be used to restore weak amplitudes that occur across certain channels. https://lnkd.in/gtkjdANV

Subsurface Capture & Monitoring Sterling offers a full range of capture and monitoring services, tailored to support specific needs from start to finish. Whether managing Class II or Class VI projects, we stand out by offering complete geophysical imaging solutions—from initial surface processing to 4D time-lapse monitoring over several years. https://lnkd.in/gyqv4nuy

5D Regularization & Interpolation Modifications to the original MWNI method allow for better handling of aliased data and mixed amplitude events. Where high amplitude and low amplitudes are present (dipping diffractions), the correct amplitude and image can be better preserved. A data model is constructed using a high dimensional Fourier technique that minimizes spectral distortion caused by irregular sampling. New traces are generated using this model resulting in a preserved azimuth and densely populated dataset which is consistent with well sampled areas of the original geometry. Learn more here: https://lnkd.in/gyJCG8uN

We pay attention to detail in every step of data processing. Getting the basics right is critical for more complex data processing steps later in the workflow. When companies bring us data for reprocessing, we often find the original issue is related to inaccurate geometry assignment, or incorrect statics or velocities. Errors are costly, and the basics count. https://lnkd.in/gTABrZTb

Thank you Dallas Geophysical Society! Excellent turnout!

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Wishing you a joyous holiday season with peace & cheer in the New Year! From everyone at Sterling Seismic, have a very Merry Christmas and a Happy New Year!