
– A new, innovative tool for quantitative seismic interpretation

Exploration
- Identify potential targets
- Validate reservoir quality beyond AVO classes

Evaluation
- Map extent of targets
- Sensitivity to fluid and lithology properties
- Quantify target properties

Development
- Identify additional targets
- Validate expected fluid and lithology properties
- Quantify reservoir properties

Production
- Identify additional targets
- Validate expected fluid and pressure changes
- Quantify production response
Our software

How:
- The ENTER™ workflow is simple: Using input from the whole geo-team, an experienced rock physicist calibrate rock physics models in the forward modelling workflows. The models are immediately available for the rest of the team.
- The team can then select the data and models of interest, run the inversion and ENTER™ the reservoir.
What:
- ENTER™ is an innovative quantitative interpretation software, made by Rock Physics Technology.
- With ENTER™, the whole geo-team can perform reservoir characterization, interpret the results and explore the subsurface properties using dedicated rock physics driven workflows.
Why rock physics:
- Rock physics allows the whole geo-team to collaborate in incorporating concepts from sedimentology, mineralogy, petrophysics and burial history into the quantitative workflow.
- The rock physics models are then used to predict physically consistent reservoir properties using the acclaimed Inverse Rock Physics Modelling method.
For whom:
- The Reservoir module is for all members in the geo-team working with seismic, data, e.g. seismic interpretation.
- The Model module is for team members that want to do forward modelling or analyse well log data. Some of the choices require insight in rock physics.