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SDP

Seismic Data Processing

The Seismic Data Processing Centre (SDP) of Geoinform Ltd. provides solutions for an early but very important phase of hydrocarbon and geothermal exploration. Besides seismic processing/reprocessing Geoinform offers survey design, field QC and data restoration to satisfy customers’ needs. Our integrated seismic data processing solutions include the handling of static problems, which delivers further value to our clients. In line with today’s oil industry trends we also focus on seismic solutions for field development and production phases.

Survey design

Survey design especially with today's high standards requires extreme care and foresight (vertical and horizontal resolution, time and money needed, survey target, processing steps).

The target and the biggest challenge are both to bring balance to the aforementioned parameters. We are ready to provide a professional survey design with our experience and Omni Workshop software.

Field QC

Our QC geophysicists offer continuous support for the representative of the contractor, provides information about the state of the project and data quality.
QC/QA also help finalising survey parameters at the beginning of the project.
During a survey they secure appropriate data handling and downloading and provide quality control for seismic, geodesy and auxiliary data, and also deliver QA data and figures.
At the closing of the project QA/QC finalise and hand over survey data and prepare report for processing.

Standard processing

We have more than four decade long experience in the field of digital seismic data processing. During these years continuous research and development have been a key to keep our data processing service up-to-date and the best quality. CGG (Geovation, GeoCluster), Schlumberger/WesternGeco (Omega2), and Halliburton (ProMAX) softwares in expert hands guarantee top quality for our customers

PSTM

By now Pre-Stack Time Migration method (PSTM) has become an integrated part of seismic time processing. Many years of experience in our company serves as a safeguard for excellent and consistent quality. Two market leader software alternatives are available for PSTM processing in our SDP Centre: CGG's Geovation and Schlumberger/WesternGeco's Omega2.

PSDM

Pre-Stack Depth Migration (PSDM) provides the answer to many of the fundamental problems in seismic imaging. Kirchhoff PSDM is becoming a quintessential part of our continuously expanding offer. Nevertheless, depth migration is not just a part of the processing sequence but has a significant influence on seismic interpretation hence it can be considered as a comprehensive workflow. For professional implementation of this process, Omega2 and Petrel are available in our center.

Fast processing

A preliminary but interpretable result can be achieved with an accelerated, express processing running simultaneously with field surveying.
In most cases the quality of this result is close to that of the final result from a structural evaluation point of view.

3D-4D-5D interpolation – regularization

Thanks to our up-to-date software and hardware tools it is now possible to run interpolation and regularization on 3D datasets even in 5 dimension: TWT, Inline, Xline, Offset and Azimuth.

Reprocessing

Continuous development creates the opportunity to achieve improved quality by reprocessing old seismic data with today’s technology. Geoinform has outstanding experience in delivering enhanced quality after reprocessing old, sometimes poorly structured data.

Data management and restoration

Geoinform has a long-running experience with tapes and cartridges and downloading their data to hard disk drives to be able to process the data with available hardware. We secure approx. 1000 tapes yearly that are split between number of contractors. We also gained valuable experience in 2D and 3D SPS file generation

Sometimes customers face poor quality data, damaged files or even special data formats (e.g. rode). Geoinform provides reliable solutions for these challenges as well.

Statics solutions

Problems imposed by the complexity of the weathering layer are best handled by integrating background geological knowledge into the weathering model. Our most common statics computation methods: up-hole based model, refraction statics, tomographic statics, geological model.
Our statics computation expertise and success are the result of a decade long development cooperation with CDP Consulting, France.