... with the digital stimulation workflow compared to conventionally stimulated offset wells. The digital stimulation workflow brings a new approach to acid fracturing optimization based on an integrated cycle in which high-resolution data from several sources are processed by powerful computing capacities. Starting...

... Microscopy to improve the quality of digital rock models and, hence, the permeability prediction. This workflow is successfully applied to a low-permeable rock sample of Achimov deposits. The computed permeability compares well to the experimental value. artificial intelligence resolution porosity...

... as the total production rate at any day and for any pressure drawdown in a well during well production life. We develop a workflow to understand how productivity of a fracture depends on variation of the pumping schedule and facilitate taking appropriate decisions about the best job design. The presented...

...-system of 600 wells and ~180 km of pipeline network, applying discrete, continuous and constrained optimisation techniques to maximise production, developing sustainable deployment workflows, implementing optimiser recommendations in the field and tracking incremental value realisation. This proof...

.... Development Opportunities Management workflow was chosen for this particular holistic study, which includes a set of interconnected studies, field surveillance, geological and flow modelling and culminated in field development planning based on the digital asset twin. ( Ganiev, B., 2021 ) Digital asset twin...

... of remaining reserves status. The performance analysis of such an asset should be enhanced with new diagnostic tools and modern methods of data integration. The current study has made a choice in favor of using a PRIME analysis which is multi-parametric analytical workflow based on a set of conventional...

... three-dimensional grid resolution thickness hydrodynamic model grid property mathematical modeling calculation workflow three-dimensional modeling computing node information implementation grid Introduction Over the last three decades oil and gas field modeling approaches have...

... performance drillstem testing inflow performance numerical reservoir simulation production control reservoir surveillance reservoir simulation raw data ramiro felix canchucaja pressure value society of petroleum engineers frequency deviation workflow pressure standard deviation wellhead...

... model of a reservoir. The integrated approach, which combines the seismic diffraction imaging and the fracture geo-modeling techniques into one seamless workflow, increases the speed and accuracy of fracture characterization. Real data example shows that the proposed integrated workflow can be used...

... to an ensemble of history matched models that was used for forecasting of incremental oil production from an extended reach well compared with a base case. For decision analysis, the workflow comprised generating of various development options (e.g. horizontal, slanted, multi-lateral well...

... describes how the integrated asset model (IAM) and automated workflows have been used to support the field's development from first oil to full field development. Along the field's development stages, the IAM system has assisted LUKOIL in its operations. Its availability for first oil allowed refining...

... of the workflow include data integrity assessment, data scaling, identification and correction of gaps in data, log processing, feature engineering, training, testing, and tuning the hyperparameters on the validated set of data. At the ultimate stage of the workflow, the algorithm accepts a set of well logs...

... Oil & Gas information southern north sea workflow dynamic reservoir model detection requirement integrated asset modeling asset and portfolio management inflow performance calculation database production system production control Reservoir Surveillance field development optimization...

... development plans. The 3D geocellular model sits at the core of an integrated seismic-to-simulation workflow, within which one can characterize and predict the behavior of reservoirs and can make confident quantitative decisions about one's assets. In structurally complex areas, the construction of accurate...

... forecast become possible even without PVT lab results. A quick gas condensate production workflow has been set up for this field; and the methodology applied is not limited to this specific field but applicable to other fields with condensate fluid type. well logging correlation composition real...

... of field development parameters could be questioned. The present work considers the creation of the workflow for adjustment of core and therefore logs absolute permeability on field values, estimated from formation testing operations. It can be expected that the adjusted permeability values will describe...

... reservoirs places a major obstacle to effectively addressing these difficulties. A 3D full field geomechanics model was constructed for Changning shale gas reservoir in Sichuan basin through integrating seismic, geological structure, log, and core data by following a newly formulated integrated workflow...

... Upstream Oil & Gas mudcake parameter log analysis modeling water saturation petrophysical parameter resistivity reservoir property interpretation Drilling zone evolution time-lapse induction logging-while-drilling measurement evaluation mudcake equation workflow drilling mud filtration...

... Abstract Gas-condensate production studies are run to determine the paramount data for gas and condensate reserve evaluations, field characterizations and facilities installations. Currently, there is enough number of workflows, rules, and recommendations to conduct gas-condensate metering...

... established. Reservoir Surveillance phase velocity production control Upstream Oil & Gas module production logging phase composition depth interval Implementation production monitoring experimental prototype workflow sensor laboratory condition Exp data interpretation inflow...