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We are pleased to annouce the release of TrapTester 6

TrapTester 6 represents a significant evolution in technology for the analysis of fault-seal and fault related structural problems. Many previously laborious tasks have now been streamlined and automated. For example, the new TrapAnalyst module enables the rapid testing of fault-bounded traps to be performed on a routine basis for the first time. The module 'tests the trap' and automatically locates the potential critical leak points on all the reservoir juxtapositions.

Incorporating the effects of sub-cellular grid scale faults (fault drag & relay zones) in reservoir simulation, once the domain of the specialist, is now routinely available in the new TT-TransGen module within EarthGrid. This leading-edge technology, developed in collaboration with the Fault Analysis Group, University of Dublin, significantly enhances the existing methodology and workflows for deriving transmissibility multipliers for reservoir simulation.

New Functionality overview:

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CubeXplorer:
A new module for true volume rendering and visualisation of user-defined seismic volumes and the interactive moving and resizing of 'probes'. True volume rendering, with or without lighting, can be applied to the probes; attribute transparency can be user-defined to highlight specific amplitude features.

User-defined random connections

TrapAnalyst:
A new module for the automatic analysis of derived fault-seal attributes (e.g. predicted column heights) to locate leak points in fault-bounded traps. TrapAnalyst will predict and display the critical leak point at sand-on-sand juxtapositions, then display a trap reservoir object that described the geometry of the trap at maximum potential fill.

Automated Trap Analysis

TransGen Integration:
TransGen (integrated within EarthGrid) for fully flexible fault-rock property calculations using user-designed or published algorithms. Advanced functionality includes the modelling of fault drag and relay zones at sub-cellular grid scale so that their effects can be incorporated into fault transmissibity values for reservoir simulation.

User-defined random connections

Contouring
A new approach to contouring data based on 'contour methods' permits flexible user-defined contours to be derived from any computed fault and/or horizon surface attribute data.

User-defined random connections

View What's New in TrapTester 6
Click on the new TT6 icon to start a slide show (opens in a new window)


TrapTester 6 logo

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