UniEarth Reservoir Petrophysics Software

UniEatrh Based on the conventional oil and gas exploration and development formation evaluation function, UniEatrh provides modules such as multi-mineral/multi-porosity type optimization interpretation, organic matter content calculation, crack porosity calculation, etc., to meet the needs of customers for unconventional oil and gas evaluation. While covering the conventional models of the industry, petrophysical analysis proposes special tools such as anisotropic petrophysical processes and realizes the process of petrophysical modeling of complex oil and gas reservoirs such as shale gas and tight gas through expert processes. The Petrophysical template and Petrophysical inversion tools provide a basis for quantitative seismic interpretation and achieve reservoir description from "seismic to reservoir". In order to meet the production needs of formation fracturing and abnormal pressure prediction, UniEatrh uses geomechanic models to predict formation pressure, pore pressure, fracture pressure and other information in the well on the basis of accurate logging reservoir parameter analysis and petrophysical modeling, providing a basis for completion construction, reservoir transformation and subsequent spatial prediction of geomechanic distribution.

The main functions of the software are as follows：

Ø  Logging data management and analysis，

Ø  Log formation evaluation, reservoir four domain relationship analysis, volume model calculation，

Ø  Crack porosity calculation, TOC content calculation，

Ø  Petrophysical modeling and shear wave modelling，

Ø  Anisotropic petrophysics modeling and anisotropic parameters forward modelling，

Ø  The petrophysical scale establishes a probabilistic analysis of fluids with the lithofacies，

Ø  Petrophysical inversion and quantitative evaluation of reservoir parameters，

Ø  Prediction of formation pressure and pore pressure，

Ø  Calculation of geomechanic and fracture pressure，