... modeling liquid production rate assessment simulation result abu dhabi reservoir property historical data reservoir engineer geology reservoir characterization workflow dynamic behavior united arab emirate Introduction Reservoir characterization and modeling are critical components...

... porosity/permeability relationships. The proposed workflow incorporates pressure-derived permeability into the reservoir model prior to the matching. The workflow iteratively modifies the permeability in the geological model to minimize the mismatch between the simulated and measured production...

...). Multiple wells were monitored in real time using this algorithm. Potential dysfunction flags were passed to the operator's and service company's real-time operations centers (ROCs) to validate the output before suggestions were sent to the rig. This workflow identified multiple cases of instability...

... to human bias at various stages, from sample preparation to the actual description. Using it poses a challenge both to the traditional method used while drilling, as well as to incorporating this kind of information into any automated or semi-automated workflow that uses Artificial Intelligence techniques...

... with traditional methods necessitating hundreds of simulations, the novel ML workflow expeditiously assesses more than 100,000 ICD/AICD configurations using a random sampler. This inclusive approach incorporates both ordinary least squares (OLS) and least absolute shrinkage and selection operator (LASSO) ML...

... logs viz. NMR and spectroscopy logs are required to identify bitumen and its quantification. An in-house simultaneous multi-sensor inversion algorithm is developed to quantity lithology and fluid volumes which are then calibrated with available conventional core data. This paper outlines a workflow...

... Abstract Rock-types are the key building blocks of reservoir models and crucial for field development. As such, they must capture the key geological and reservoir quality variability. This study presents an innovative workflow through which geological and reservoir quality understanding, gained...

... Abstract Objectives/Scope This paper tackles the challenges of field development planning and optimization in a green onshore oil field where production data is limited. An agile workflow was employed to enhance the existing reservoir simulation model, preparing it for the selection...

... Abstract This technical article outlines the implementation of single-phase retarded acid (SPRA) and its advantages over double-phase retarded acid systems. It follows an established Matrix Stimulation Engineering (MSE) workflow, leading to improved hydrocarbon production in an oil producer...

... field, a joint azimuthal velocity and amplitude inversion workflow is used on a high density WAZ & Broadband OBC 3D seismic survey. This workflow has enabled us to generate attribute maps linked to the fracture orientation and their intensity, hence it helped in the mapping of the fractured area...

... the decision to continue with this digital transformation of the operations process, and the technical requirements and process for the first successful deployment in Africa, with an overview of the results achieved. Moreover, we will also describe a novel workflow for a fully autonomous operation...

... Executive Summary A software for pore-scale rock image analysis and interpretation has been developed based on open source tools and libraries. The software focuses on specialized workflows and processes for rock characterization rather than image processing workflows and tools. Example...

..., and there was a significant decrease (15%) in mean absolute error after implementing the ‘Auto Fill’ workflow, which serves as a quantitative validation for our models. Additionally, the model can adjust the fillbase settings even in the event of sudden changes in operating conditions, reducing the need for frequent manual...

... Abstract Sucker rod pumps (SRPs) stand as the foremost artificial lift (AL) technique globally, with advancements dating back to the development of the wave equation in the 1960s. Leveraging edge-based technologies, a workflow has been devised, building upon the foundation of existing Pump-Off...

... & simulation equation of state reservoir characterization node dynamic model workflow geologist scientific computing grid hydrodynamic model facies rock flow dynamic permeability implementation geological model grid cell information static and dynamic modelling grid block interpolation...

.... The integration of digital drilling planning solutions with subsurface modules has transformed well engineering processes, enabling seamless communication and real-time updates. These integrated workflows optimize well planning and execution, effectively addressing challenges associated with manual data transfer...

... and DFIT measurements. Reservoir lithofacies volumes were generated using machine learning workflows and direct probabilistic inversion outputs, with the results generally matching the reservoir's lithology mapped from the core data. Moving forward, the 3D seismic data can successfully assist...

.... A processing workflow that followed 4D standards effectively improved repeatability during the stages of processing. Final images around the reservoir showed visible seismic changes along Walkaway VSP orientation post injection during the period between Baseline and Monitor-3. The 4D signal is stronger due...

..., or neglect have been utilized for tentative solutions. This paper presents a novel approach/workflow in the aim of attacking these challenges in reservoir model UA. Experimental design improvement for UA is not the focus of this paper. The proposed workflow was successfully applied to Kashagan, a giant...

... between data points. The study aims to characterize a carbonate reservoir using seismic inversion methodology to capture the details of the vertical and spatial heterogeneity. The effectiveness of these workflows relies on the seismic inversion algorithm, geological constraints and transferring...