EMVision®

The software package by TechnoImaging® that allows for processing, 3D inversion and 3D modeling of all kinds of geophysical data.  EMVision® makes it possible to transform data sets of any size, including extremely large surveys, with the option of the integration and joint inversion of different types of geophysical data.

EMVision® is the only software and TechnoImaging® is the only provider that offers:

• Large-scale 3D airborne electromagnetic (AEM) inversion
  • 3D inversion of entire AEM surveys to models with millions of cells, delivered in industry standard formats
  • RESOLVE, DIGHEM, VTEM, AEROTEM, HELITEM, SkyTEM, TEMPEST, GEOTEM, MEGATEM, SPECTREM
• The largest joint 3D gravity and magnetic inversion
  • 3D inversion of regional surveys to models with hundreds of millions of cells, delivered in industry standard formats
  • Gravity, Gravity Gradiometry, Magnetics, Magnetic Gradiometry
• The largest joint 3D magnetotelluric (MT) and ZTEM inversion
  • 3D inversion to models with millions of cells, delivered in industry standard formats
  • Principle Components, Full Tensor, Tipper
  • MT, AMT, ZTEM
  
• Large-scale 3D marine controlled-source electromagnetic (MCSEM) inversion
  • 3D inversion of entire surveys to models with millions of cells, delivered in industry standard formats
  • Frequency-domain CSEM, Time-domain CSEM, Towed Streamer EM
  
• Large-scale 3D borehole-to-surface EM data inversion
  • Multiple component BSEM data
  • Interpretation of exploration, appraisal and monitoring BSEM surveys
  • Downhole EM

TechnoImaging® also offers Contract R&D for unique system configuration or prototype data.

EMVision® features the following:

• High stability and accuracy in 3D modeling with the use of the integral equation (IE) method including multiple inhomogeneous domains
• Large-scale 3D inversion with fine grids by using the moving sensitivity domain approach
• Integrated geophysical model based on multimodal geophysical data with joint 3D inversion using Gramian constraints
• Sharp, focused images with 3D focusing regularization
• 3D forward modeling based on the integral equation (IE) method with multiple inhomogeneous domains ensures high stability and accuracy of the results
• The moving sensitivity domain approach provides unique capability of 3D inversion of the large-scale geophysical surveys to models with the fine-grid discretization
• The joint 3D inversion with Gramian constraint delivers an integrated geophysical model based on multimodal geophysical data
• 3D inversion with focusing regularization provides images of the geological targets with sharp and focused boundaries
• Parallelized and optimized for the in-house powerful TechnoImaging®'s PC cluster