... completion installation and operations flow assurance erosion rate measurement and control production logging production control erosion reservoir surveillance real time system pipeline leak detection production monitoring particle workflow prediction digital twin sand production...

... communications ring and a data access point. The MIA center makes use of all the data gathered from SCADA and the well monitoring system. By 2017, multiple crucial workflows had been integrated into the well monitoring system. Currently, we monitor all active wells, including producers, injectors...

... to the reader. The business driver is to maximize operational efficiency and to create a safe operating environment using digitalization tools. This paper details the intelligent well and reservoir modelling steps, which consists of an Automated Objectives-Driven Workflow (AODW) and explains how these workflows...

... Approach & Case for Change in Modelling workflow Production system optimization is embedded in the Reservoir Management Process. During early field life, when facilities are constrained by oil throughput rate, the optimization process focuses on: Balancing production and injection between...

.... Methods, Procedures, Process An integrated reservoir modeling workflow with probabilistic dynamic model calibration approach was designed for uncertainty quantification and sweet-spot identification. The static and dynamic models maintained a high resolution to retain fidelity and allow precision...

... workflows. The wellhead assessment investigates the possibility of wellhead seepage and assesses the response to thermal growth and limitations in sliplock-type wellheads. Additionally, topside adequacy is evaluated, with a focus on flowline risk erosion, WGM capability, piping vibration issues...

.... Differential sticking is a major historical risk due to active production. A new operational workflow was engineered to mitigate this risk. Conventional long pump-outs were fragmented into a set of repeat shorter ones at same depths within a stationary time limit set by drilling. Fluid characterization...

... and gas reports into actionable insights through proficient information extraction and visualization, highlighting its central role in driving operational success. asia government engineer identification upstream oil & gas natural language workflow visualizing insight united states...

... The optimum well placement blueprint can be obtained via a systematic workflow that utilizes reservoir modeling. The workflow aids to enhance the hydrocarbon sweep efficiency by parametrizing multiple wells’ configurations and layouts. In addition to the well placement blueprint, various...

... reservoir mineral australia government quartz decision tree learning artificial intelligence machine learning asia government algorithm reservoir characterization segmentation geothermal sedimentary reservoir sedimentary geothermal reservoir workflow intelligent detection information dynamic...

... Abstract Optimizing wells and remote compressors for operations can be time-consuming and hard work. Engineers and operation team struggle to uncover system bottlenecks and modify operating parameters. To automate the traditional optimization procedure, a novel data analytics workflow...

... and compressibility. The above techniques are combined into a generalized workflow to iteratively estimate the five parameters (four optional parameters and one fixed parameter) by reconciling data in different domains of time (single-phase water flow, two-phase flow, and hydrocarbon-dominated flow), analysis methods...

... and Petrotechnical applications enable remote work, ensure full data auditability in an integrated E&P cognitive environment, enable large-scale probabilistic studies, and streamline the automated integration from Reservoir Engineering workflows to Economics Studies. The agile FDP workflows, enabled by unlimited...

..., this study proposes the new workflow to optimize the injection strategy by integrating reservoir simulation and proxy model or surrogate model simplified from actual simulation model results as pre-screening. First, we identify well location candidates based on KH map, pressure and shale thickness. Then, we...

...-derived and core-measured permeability profiles. To mitigate these uncertainties and enhance production well modeling, we present a workflow that optimizes the utilization of nuclear magnetic resonance (NMR) from pore to production analysis. The workflow involves deriving a pseudo capillary pressure...

..., an ensemble of 100 equiprobable reservoir models was built in an integrated workflow incorporating multi-disciplinary inputs to holistically represent all reservoir uncertainties and associated ranges. The integrated ensemble-based modeling project was undertaken in a cloud-based cognitive Exploration...

... Abstract A practical ensemble-based reservoir modelling workflow has been implemented for the Ichthys gas-condensate field, located in the Browse Basin, North West Shelf of Australia, where the field production commenced in July 2018. Ensemble-based modelling methods are attractive tools...

... solution has been deemed necessary to overcome these challenges. The methodology used in this study was based on integrating reservoir pressure depletion into the static reservoir model. The workflow incorporated dynamic data synthesis, production history and allocation analysis, as well as reservoir...

... Abstract The Wells Front-End Loading (FEL) workflow is a critical phase in the planning and design of oil well projects, enabling efficient cost optimization and decision-making before project execution. However, the current FEL workflow suffers from inefficiencies caused by manual registration...

... tensor needs to be constrained following a well-developed geomechanical modeling workflow. Both the pore pressure and in-situ stress models are required for wellbore stability analyses to understand wellbore failure mechanisms as well as the design of optimum mud weights. Additional considerations...