Products

UBC Inversion

Geophysical data inversion solutions

The University of British Columbia, Geophysical Inversion Facility, has for many years been at the leading edge of geophysical inversion technology with sponsorship from leading exploration companies and government organisations.

Some of the research applications have been released for commercial use and can be purchased through Pitney Bowes Software.

MAG3D

MAG3D is a program for carrying out forward modeling and smooth inversion of surface, airborne, and/or borehole magnetic data in three dimensions.

MAG3D uses a semi-regular 3D mesh where each volume element (voxel) is allocated a magnetic susceptibility and the distribution of magnetic properties created by the inversion assists with the understanding of the subsurface geology.

GRAV3D

GRAV3D is a program for carrying out forward modeling and smooth inversion of surface, airborne, and/or borehole gravity data in three dimensions.

GRAV3D uses a semi-regular 3D mesh where each volume element (voxel) is allocated a density and the distribution of densities created by the inversion assists with the understanding of the subsurface geology.

DCIP2D

DCIP2D is a program that performs forward modeling and inversion of DC resistivity and IP data in two dimensions. All linear survey surface-array types, including non-standard or un-even arrays, can be inverted.

DCIP3D

DCIP3D is a program that performs forward modeling and inversion of DC resistivity and IP data over a 3D distribution of electrical conductivity and chargeability.

DCIP3D is one of the most advanced 3D inversion codes available in the public domain and can be used to invert complex surveys in variable topographic conditions.