In this webinar, wel show you a variety of techniques that you can find under the Reservoir Characterisation base license in RokDoc which will allow you perform detail analysis of your data using workflows like Bayesian Classification and calibrated Rock Physics Models.
We introduce our new cloud-based knowledge management solution, Curate, designed to solve subsurface challenges for energy companies.
In order to maintain growth in future years, the oil and gas industry faces a sizeable challenge to find innovative solutions that maximize productivity while battling rising costs and promoting long term business sustainability.
We hear from contributors from oil companies including bp and the OGA. The focus of the session was to understand why are organisations driving for change and what are the outcomes they are aiming for.
We hear from contributors from oil companies including bp and the OGA. The focus of the session was to understand why are organisations driving for change and what are the outcomes they are aiming for.
We hear from contributors from oil companies including bp and the OGA. The focus of the session was to understand why are organisations driving for change and what are the outcomes they are aiming for.
In this webinar, wel show you a variety of techniques that you can find under the Reservoir Characterisation base license in RokDoc which will allow you perform detail analysis of your data using workflows like Bayesian Classification and calibrated Rock Physics Models.
In this presentation, we will introduce the EEI concept as the formulation of angle dependant, its methodology, why we need to use it for exploration, generation of elastic logs and some techniques of calculating Chi angles.
Ikon Science and AWS introduce how successful digital transformations can power innovation, optimize workflows and generate company shaping efficiencies and insight.
In this paper from Dr Alan Mur and Dr Lev Vernik they discuss how they assembled and expanded a database of siliciclastic log data and published laboratory measurements on dry carbonate samples to demonstrate micromechanics-based methods of rock physics modeling of carbonate rocks coming from diverse depositional and diagenetic environments.
In this webinar, we will perform a Bayesian Facies classification comparing two methods of seismic inversion: The low-frequency-dependent Simultaneous Inversion and the Joint-Impedance Facies Inversion (Ji-Fi) in an unconventional reservoir.
In this paper, we have shown methodologies to remove the effect of TOC from compressional velocity data. The resultant TOC/kerogen-free VP can be used to optimize pore-pressure estimation in unconventional shales.
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