TGS has released a stratigraphic and petrophysical dataset for the Wind River Basin in the US state of Wyoming, further expanding its Rocky Mountain data portfolio.
TGS has released a stratigraphic and petrophysical dataset for the Wind River Basin in the US state of Wyoming, further expanding its Rocky Mountain data portfolio.
Building on the releases of 2025, including the Greater Green River Assessment and the Unita, Piceance and Paradox basins, the latest dataset delivers subsurface insights across 1572 wells and includes 35 stratigraphic tops with more than 9700 formation picks spanning the basin’s diverse geological framework. The release also includes detailed petrophysical interpretations and regional property maps, supporting both traditional and emerging energy workflows.
The dataset enables regional stratigraphic interpretation across the basin’s structural complexities and diverse depositional environments; petrophysical analysis of key reservoir characteristics, including porosity, permeability, and fluid saturation; basin-wide property mapping, prospect evaluation, reservoir modelling, and carbon storage screening; and enhanced understanding of the Wind River’s geological features and hydrocarbon systems.
‘Our Wind River Basin dataset addresses a key gap in Rocky Mountain subsurface intelligence,’ said David Hajovsky, executive vice-president of multi-client at TGS. ‘We’re delivering the geological foundation our clients need to unlock value in this underexplored basin – from traditional drilling programs to next-generation carbon storage projects.
The Wind River Basin dataset is built to integrate seamlessly into existing workflows’, he added.
