... Abstract The hydraulic fracture modeling is critical for the well dynamic performance and development optimization in the fractured condensate reservoir. The conventional approach based on LGR (Local Grid Refinement) is widely used but with low computational efficiency, and sometimes...

...Introduction Abstract An adaptive differential evolution (DE) optimization algorithm and workflow are presented for non-uniform coarsening (NUC) of simulation grids resulting in smaller and faster models that maintain the key physics of the original model. The workflow presented here fully...

... completion engineering. Conventional geoengineering work is heavily associated with building geology models and populating reservoir property grids; these require a huge amount of data and human effort to set up and sustain. In addition, in conventional geoengineering for completion, the engineered...

... chemistry emulsion asia government saudi arabia government enhanced recovery crude dosage optimization study grid de-salting train transformer retrofitting modification khcpf transformer grid configuration specification redundancy outage transformer outage tapered configuration emergency...

... upstream oil & gas sustainable development air emission compressors engines and turbines electricity electrification efficiency operation scenario industry sustainability climate change operator hydrogen consumption grid configuration international energy agency maintenance reduction...

... Abstract Static grids are commonly an ensemble of millions of reservoir property values. Analyzing this vast dataset is a challenging task and is usually performed via simple statistical parameters (e.g arithmetic mean and standard deviation). The objective of this paper is to present a quick...

... gotnia formation interpretation inversion time domain grid anhydrite cycle Introduction The field under study, lies in the northern part of Kuwait and is a faulted anticlinal dome, which has produced from several reservoir intervals. The Gotnia formation, which is overlain by the Hith...

... case study connectivity reservoir corridor grid OBJECTIVE The intention was to develop a tool that can support footprint management decision making quantitatively from congestion and connectivity perspectives allowing comparison of the different location and routing options. It should also...

.... In contrast in the east the formation is thicker and characterized by more differentiated, coarsening, shoaling- upwards sequences. High quality reservoir facies occur only near the prograding shelf edges. The reservoir in this study had finely layered pillar grid models of the field using onlap and offlap...

... from the first SPE comparative solutions project were used for testing the algorithm in this paper. The reservoir model consisted of a multilayer system (10x10x3) with each grid cell having the dimensions of 100 ft x 100 ft. The three layers have thicknesses of 20, 30, and 50 ft, respectively...

...’ grids due to retirement of power generation. Steady state reactive power requirements was decided to be compensated by addition of mechanically switched capacitor banks, and appropriate fast acting dynamic reactive compensation with a capacity of 50 MVAr was specified for voltage regulation during...

... Abstract In this work we present a higher-order numerical model for two-phase compositional flow in fractured media in 2D and in 3D unstructured gridding. Both planar and non-planar fractures are accommodated. All commonly used types of finite elements are covered in our model; in particular...

... Oil & Gas accuracy business decision reservoir modeller geological modeling grid guideline reservoir society of petroleum engineers uncertainty analysis facies database realization reservoir model well penetration Introduction With the recent progress made in computing...

... Abstract At offshore oil and gas islands, on site generators running independently are often utilized. These on site generators have their benefits but also pose their own drawbacks and may have their own problems. Due to the instability of those weak offshore grids, the grid disturbances may...

... Abstract Conceptual limitations of existing gridding technologies often lead to undesirable simplifications to the modeling of structurally complex areas, and consequently poor predictions. We present a structural modeling and gridding workflow that limits these modeling compromises. A volume...

... Abstract Molecular diffusion is an important EOR mechanism in naturally fractured reservoirs. However, the laboratory-measured diffusion coefficient in the fractured porous media is still limited; and grid sensitivity analysis is missing in the literature when the single-porosity system...

... integrated reservoir simulation model and calibration based on 2 years of Phase 1 field production is covered. Commercially available reservoir simulator with fully coupled network infrastructure was used for modeling purposes. Multi-reservoir static model grid was linked with networks (oil production, gas...

... connection is functionally determined from properties in the grid and each cell-to-cell connection. Use cases First we present the two most basic use cases of the tool: introducing an underestimated fault and splitting another fault, both in the same reservoir simulation model that had already been...

... The sub-sections below outline how an integrated power management solution performs load shedding and generation control. To ensure grid stability at all times, the integrated power management solution's automatic load shedding system analyzes the possible fault patterns in advance...

...-lapse seismic monitoring inhomogeneous shooting Artificial Intelligence reconstruct deblended data receiver side generalized blended data Reservoir Characterization nonuniform blended data deblended-data reconstruction acquisition Upstream Oil & Gas monitor survey spatial grid...