Petrel is a software platform used in the exploration and production sector of the petroleum industry. It allows the user to interpret seismic data, perform well correlation, build reservoir models, visualize reservoir simulation results, calculate volumes, produce maps and design development strategies to maximize reservoir exploitation. Risk and uncertainty can be assessed throughout the life of the reservoir. Petrel is developed and built by Schlumberger.

Overview of latest Version of Petrel (v2020.4)

Schlumberger announced latest version of Petrel (Petrel 2020.4) on December 3, 2020, various of new and very useful features which made it very useful for all geoscientists and engineers, including seismic processors, seismic interpreters, geologists, reservoir modelers, reservoir engineers, drilling engineers, production geologists, and data and information managers, overview of as follows:

1.0      Data and Foundation

1.1      Data integrity with Studio E&P knowledge platform

There are several new refresh tasks in Studio Manager 2020.4. Tasks related to spatial shape data consistency for fault and multi-Z interpretation—in new and existing repositories—means improved data integrity. Automatic truncation of well top folder names (to a max of 64 characters) in the well top tab of the data table allows for smooth data transfer and upgrade.

1.2      Use variables for well top attribute commands

In Petrel 2020.2 we enabled the use of well top attribute operations (both continuous and discrete) in the workflow editor. In Petrel 2020.4 we have enabled the use of variables in these commands, enabling a greater flexibility to fully automate model creation.

1.3      Export noninterpolated trajectories 

In Petrel 2020.4 you have the ability to export single or multiple wells without the interpolated trajectory points, enabling you to preserve the original data points and improve data integrity.

2.0      Development

2.1      Create structural scenarios

You can now rapidly create new models and alternative structural framework scenarios by replicating and saving model parameters. This functionality optimizes the generation of scenarios from an initial model, using alternate inputs and parameters. The generated parameter sets are accessible through the workflow editor, facilitating automation in model creation and update.

2.2      Convert fault properties to points 

Building on the fault seal analysis workflows for fault frameworks, structural models, and depogrids, in Petrel 2020.4 you will be able to convert fault properties to points. This includes the calculation of weighted averages per fault and enables you to perform more detailed analysis of your fault properties in the histogram, stereonet, and function windows.

3.0      Production

3.1      Evaluate workover candidate feasibility

In Petrel 2020.4 we are continuing to build on the new workover candidate recognition and validation workflow. The new economic analysis work step enables you to evaluate the economic feasibility of different workover options for a candidate well using economic indicator, thereby enabling you to make effective workover decisions based upon economic criteria. The use of analytical forecasts (decline curve analysis and type wells) are now also supported in the workflow, providing another option to numerical simulation.

Please contact us if you are interested in the purchase of the latest Schlumberger Petrel 2020.4, our Email ID is expert.crk@gmail.com, you will get our rapid response.

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expert.crk@gmail.com