Mineral Solver
The Mineral Solver module allows the user to analyse the simplest to most complicated formation using classical probabilistic analysis type techniques. The user sets-up a formation mineral model and a set of input logs - the program will then use this information to calculate the most likely solution. The solution is used to recalculate the input logs and these are compared to the original logs.
Due to the speed of the techniques used the same interactive features that are used in the standard analysis modules are available.
Key features:
- Multiple models allow the analysis of the most complex reservoirs
- Input flexibility allows for any logging tool output to be used in the model
- Models both the flushed and un-invaded zone
- Model combination for final results completely flexible
- Interactive crossplots for selection of parameter end points
- All end point parameters can be either fixed values or an input curve, which allows trending of parameter values versus depth
- The weighting of input equations simple to understand and use
- Constant and Limit equation
- Output equations for calculation of parameters such as dry rock grain density or rock Qv value
- Model allows all standard non-linear Sw equations
- Calibration module allows core XRD data to be used to calculate the best end point parameters needed to match the core results
Plot shows final combined model with reconstructed curves to the right and Interactive lines in the left tracks
Model creation grid simple to use and understand. Default end point values available for most tool equations and minerals.
Parameter mineral endpoint crossplot. Quick and easy to make with interactive mineral parameters which when moved recalculate the model automatically
Interactive Pickett plot where ‘Rw’ amd ‘m’ can be picked