CGG Geosoftwware 10.2 in comprehensive software package and included Jason, Powerlog, RockSI, VelPro and EarthModel FT. Develop a better understanding of the subsurface, manage exploration and development risks, and more accurately quantify reserves with advanced geoscience technology from CGG. We provide the industry’s preferred set of tools and support for multi-disciplinary teamwork and integrated workflows.
Featuring a set of unique capabilities to perform complete modeling & simulation workflows at both regional and local scales, OpenFlow Suite is the way for exploration and reservoir assessment teams to successfully tackle today E&P challenges, benefiting from high-resolution reliable models, which ultimately guarantee safer decision making.
Tesseral Engineering is customized for near-surface, much more affordable version of the World's most popular oil & gas full-wave modelling software package Tesseral. The program allows one to simulate the initial seismic data for media of any complexity in order to test the capabilities of the selected acquisition system for geological problems solution. Modelling at the work planning step enables to determine the optimal acquisition system, and at the interpretation stage − to make sure that it is adequate and reliable for particular problem solution. The engineering version of the software package works with 2D models of any length, depth up to 300 m and a maximum number of channels in the active spread equal to 101, which more than enough covers almost the entire range of shallow seismic tasks.
STABView - a software program for wellbore stability, sand production, lost circulation and discontinuity slip risk analysis. STABView was developed for technical drilling, completion, production and exploration personnel to conduct rapid parametric analyses for a wide range of near-wellbore integrity problems. Efficient, rapidly converging, analytical and semi-analytical algorithms are used to solve the fundamental equations that describe the stresses, pore pressures, and temperature distributions for near-wellbore problems. Additional information regarding these models is included in Section 4 of this manual.
Fit-for-purpose modern production systems ensure that fluids are cost-effectively transported with the highest possible safety from the reservoir to the processing facilities. Harsh environments such as deepwater fields with complex infrastructure or large-scale onshore developments pose many additional challenges that must be addressed by the production system design. The ability to accurately simulate such a broad range of scenarios and conditions has established the PIPESIM steady-state multiphase flow simulator as the industry’s leading tool for production system design.