GeoTomo Vecon 4.8

GeoTomo Vecon 4.7

Available versions: 4.7 , 4.5

َGeotomo softwares: Tomoplus , Vecon , Geothrust

GeoTomo develops and offers high-end geophysical software products and provides advanced data processing services that help geophysicists around the world to image the near-surface and subsurface in areas with rough topography, complex near-surface, and complex subsurface. These products include TomoPlus; near-surface imaging & statics solutions, GeoThrust; seismic data processing system, VECON; VSP and surface seismic modeling and survey design, MiVuTM; microseismic processing system.

VECON is an interactive two – and three-dimensional VSP and surface seismic survey design and modeling product from GeoTomo LLC. As the original development partner, VSFusion, A Baker Hughes – CGG Veritas Company, also made significant efforts for designing and testing the software.

The graphical user interface of VECON is written in Java, and the numerical computation codes are written in C and Fortran. The current release of the software is available for Windows and Linux platforms. The software is designed for use by any level of geologists, geophysicists, engineers, and marketing managers. Its overall ease of use, simple and robust model-building concepts, and integration with the most advanced raytracing technologies distinguish it from other seismic survey design and modeling products.

VECON™ is a powerful 2D/3D VSP and surface seismic survey design and modeling system that makes completion of a variety of difficult jobs extremely efficient. Designed for any level of geoscientists, VECON features a fast, accurate, intuitive and easy-to-use toolkit for working on site, remotely through Internet, or in a workstation environment.

VECON™ imports models in a variety of other program formats and can handle arbitrary coordinates systems. Imported models geometries can be rotated to local N/S coordinates for efficient raytracing. Large reservoir models can be cropped around the area of the well or specific area of interest to reduce model size and improve performance.