ZetaWare, Inc. -- Petroleum System Analysis Workflow and Tools

ZetaWare, Inc.
Interactive Petroleum System Tools

Trinity Genesis KinEx T3 (Trinity 3D) Why ZetaWare? Blog

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Big data visualization and geo-spatial analytics, for top-down petroleum system analysis. The only available tool in the industry to integrate seismic, well logs, stratigraphy & interpretation with any kinds of data to explore trends and relationships. This can be used for any data types, wells, production, petrophysical, fluids, geochemistry … the application is endless. Oracle, ESRI Geo-Database compatible. Best tool for digital basin, digital oil fields

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Source rock or any rock of fluid data can be visualized in 3D geological context, realt ime analysis and filtering. See data with seismic and logs.

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Most important part of top-down PSA is to analyze petroleum fluids in geo-spatial context, with all kinds of data and images. Fluid type and properties are controled by geology, and can only be understood and predicted incorporating the geological context.

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	Basin modeling: Integrated basin modeling of source rock maturation, migration pathways and fetch areas. Charge volume and GOR prediction. Truly easy to use: Point and click, drag and drop petroleum system workflow. OpenGL 3D visualization.
	Charge risking: Unique probabilistic approach to charge volumes and GOR, the only Monte Carlo risking system on the market that incorporates spatial variability of geological parameters. Rank importance of geological parameters to charge risk. Provides input to reserve risking.
	Reservoir phase and volume: Predict reservoir fluid phases with the interactive PVT model. Determine the end results of petroleum migration. Apply engineering concepts in exploration to determine the existence of an oil leg. Validate seismic DHI models by predicting fluid properties and contacts.
	Fluid property prediction: Predict reservoir fluid API gravity and GOR. Using extensive empirical calibrations with hundreds of oils and source rocks from different basins. The cumulatively API gravity of expelled oil is predicted as a function of source facies type, maturity and fetch area. The charge rates, fluid type, thermal history and OWC can be used to further de-risk biodegradation.
	Shale Gas and CBM: Create sorption, solution, free compression and total gas yield (scf/ton or scf/section) maps through burial and uplift history. Interactively evaluate acreage and predict sweet spots. Calibrated with well data from several basins. Scenario-testing with different thermal regime and erosion amounts. Predicts two basic types (as well as mixed type) of shale gas. Map coal bed methane producible yield based on sorption (maturity and pressure) and permeability.
	Hot Spot: Visualize and interact with your geochemical, fluid, pvt or petrophysical data in a whole new way - in the context of your petroleum system model! Find trends and outliers in your data, relationships between your data and geology, modeling results, all in the geological context.
	Pressure prediction: Predict reservoir pressure by integrating basin modeling and seismic data. Account for arbitrary sand geometry and spatially varying background pressure. Predict maximum hydrocarbon columns and trap extent. Reduce drilling risk and costs.