We’re happy to share the latest release of whitson+, fresh out of the coding oven. There is a lot of new functionality in this release, and we’ve highlighted the main ones in this short video: https://youtu.be/sS5-6oOdsFo whitson+ – comprehensive software updates list Numerical Model: Multi-layer model – be able to assign different petrophysical properties and PVT in the […]
PS! Video can be found here: https://youtu.be/9jHoEFFWRYI This award is dedicated to the many and important technological achievements made by Mike Fetkovich in the field of petroleum engineering. Its intention is to honor new technology that would have been recognized by Mike as improving the accuracy and certainty of resource determination and production forecasting. 2022 […]
An inherent assumption in most industry RTA is equally spaced fractures. However, as shown in several field studies (Raterman 2017, Gale 2018), the distance between individual fractures tends to be unevenly spaced along the wellbore (e.g., “fracture swarms”). Fractional RTA extends industry standard RTA workflows to account for uneven fracture spacing. Flow Regimes 1.01 To […]
Last updated: 11 August 2022 SCOOP/STACK/Merge – Multi-Client Study The SCOOP/STACK/Merge multi-client project was first initiated in February 2019. The main objective of the study was to create one, field-wide equation of state (EOS) model for the entire Anadarko Basin. Since then more data has been incorporated into the model, resulting in a more robust […]
We’re happy share the latest release of whitson+, fresh out of the coding oven. There is a lot of new functionality in this release, and we’ve highlighted the main ones in this short video: https://youtu.be/tZPGKVq5rfw whitson+ – comprehensive software updates list Navigation panel: Updated navigation panel (following progress of recommended multiphase RTA workflow) PVT: Fluid definition, BOT and EOS […]
Author: Sissel Martinsen In our monthly article “How to Quality Check a Developed EOS” we addressed methods to check that an EOS model calculates physically consistent properties and thermodynamic valid solutions. A thermodynamic consistent EOS model is a model that gives consistent phase behavior of mixtures, and individual components. Part of our standard EOS QC […]
Last updated: 22 February 2022 Permian – Multi-Client Study The Permian multi-client project was first initiated in 2019. The main objective of the study was to create one, field-wide equation of state (EOS) model for the entire Permian Basin. Since then more data has been incorporated into the model, resulting in a more robust thermodynamic […]
Last updated: 10 January 2022 Duvernay – Multi-Client Study The Duvernay multi-client project was first initiated in 2020. The main objective of the study was to create one, field-wide equation of state (EOS) model for the entire Duvernay. Since then more data has been incorporated into the model, resulting in a more robust thermodynamic description. […]
Last updated: 15 August 2022 Bakken – Multi-Client Study The Bakken multi-client project was first initiated in 2018. The main objective of the study was to create one, field-wide equation of state (EOS) model for the entire Bakken. Since then more data has been incorporated into the model, resulting in a more robust thermodynamic description. […]
Last updated: 31 January 2022 Montney – Multi-Client Study The Montney multi-client project was first initiated in 2018. The main objective of the study was to create one, field-wide equation of state (EOS) model for the entire Montney. Since then more data has been incorporated into the model, resulting in a more robust thermodynamic description. […]