Understanding temperature variation across a basin is fundamental to successful onshore hydrocarbon exploration. These large-scale temperature models, built by the industry's most extensive subsurface data library, are designed to enhance exploration success significantly.  The models also provide insight for drilling CCS and geothermal evaluations.

Understanding Regional Temperature Variation

The MaxG cube provides a detailed, layer-based interpretation of formation temperature throughout the AOI. When used alone, it helps assess temperature trends within individual formations and across regions of the basin. The MaxBHT cube is a less interpretive product that uses the max bottom hole temperature within each 1000x1000x50ft cell to construct the cube. We provide two cubes comparing the MaxBHT and MaxG cubes; the MaxExtrusion and MaxDifferent cubes. Detailed formation grids are generated, which are integral in drilling planning.

Enhancing Exploration Success

These large-scale temperature models, built by the industry's most extensive subsurface data library, are designed to enhance exploration success significantly. We have developed the MaxG methodology for generating consistent 3D Basin Temperature Models using our vast data library, delivered in industry standard SEG-Y format for easy integration and versatile use.

Unlike other methods,  our MaxG method calibrates the interval geothermal gradient models to the maximum of the layer bottom hole temperature data. It incorporates lithofacies variations to provide a more efficient and cost-effective solution. 

TGS - Subsurface Interpretation - Basin Temperature Modelling