Delivering Innovative Solutions
GT provides advanced processing and imaging of both onshore and offshore seismic data. Its extensive experience covers various corners of the globe, including Europe, South-East Asia, Africa, South America and the Middle East. GT’s close-knit team has rich problem-solving experience enabling to propose fit for purpose solutions that best suit E&P companies’ exploration goals. We employ an extensive portfolio of technologies and workflows tailored to the specific challenges of land an marine data, including innovative proprietary tools specifically designed to solve imaging problems.
Scope of services:
- Land, marine & TZ seismic data processing
- Time and depth domain imaging, incorporating gravity data into the model building procedure
- C-waves data processing
- 2D and 3D VSP data processing
- QC and Fast Track for acquisition projects
Processing packages dedicated to:
- Structural and litho-facial surveys
- Unconventional hydrocarbons
- Geothermal reservoirs
- Deposits of lignite, copper and sulfur
- Underground storages
- Scientific research projects
GT’s processing team is aware that obtaining the best results for challenging datasets requires out-of-the-box approach leading to bespoke solutions. It is often the case that high-quality results can only be achieved through time-consuming interactive solutions, instead of standardized automated procedures. GT’s highly skilled team of geophysicists is invaluable in cases where complex near-surface geology require the application of advanced techniques in the range of: static corrections, noise elimination, wavelet processing or model building.
In-house team is capable of delivering seismic datasets of unrivalled quality thanks to state-of-the-art as well as innovative proprietary software tools. R&D ideas are derived from the challenges of day-to-day production and the increasing need for tailored solutions. Some of the new processing techniques, which have only recently been found very successful by the clients, include: ECP (multi-attribute processing), IWS (interactive wavelet shaping) and MulFIP (multifactor interactive processing).
