... Figure 3 provides a graphic representation of the most important models implemented in the simulator. The trainer simulation runs on up to 36 CPU threads asynchronously to provide better performance. The main tasks of the simulator components are provided below. ( Abughaban et al. 2017...

... Abstract We have developed a computational platform that allows the simulation of coupled flow-geomechanics-fracturing in a seamless manner. This allows consistent simulation of water flow back, proppant placement and production. The simulation process starts with the hydraulic fracturing...

... simulation equivalent permeability pressure behavior production monitoring pressure transient testing linear system pressure solution simulator equality analytical model pressure response pressure transient analysis drillstem testing drillstem/well testing coupling condition laplace transform...

... to conduct a pre assessment study of the downhole heating cable technology by the integration of different methodologies such as analytical and deterministic analysis, operational evaluation, and numerical simulation. Based on the results of the implementation of a downhole heating cable in the A-P10 well...

... Abstract Fast simulation algorithms based on reduced-order modeling have been developed in order to facilitate large-scale and complex computationally intensive reservoir simulation and optimization. Methods like proper orthogonal decomposition (POD) and Dynamic Mode Decomposition (DMD) have...

... for the produced oil flow rate was generated. As a final result, it aims to develop a production decision-support program that allows for better decision-making as well as help in reducing uncertainties of the input data of the elevation and flow simulators. The inclusion of uncertainties in the oil flow...

... and provide insights of a new degree of detail into the complex problem of hydraulic fracturing during produced water re-injection. Proposed Methodology The proposed workflow integrates multiple simulators in a single staggered coupling scheme ( Fig. 2 ). During either the re-injection of produced...

... strategies added additional tuning variables besides the conventional formation parameters. Model parameters were varied automatically using an optimization engine minimizing the difference between the simulated and the measured data. Several modeling approaches were tried out in the simulator: standalone...

... and valves. To this end, this work proposes an efficient optimization framework employing a fast genetic algorithm (FGA) in order to adjust simultaneously the flow rates of wells and the valves aperture. We have used a commercial reservoir simulator whereby the flow rates of wells were optimized...

... The traditional focus to evaluate petroleum production system components are based on making predictions of both flow and pressure behavior by separate or by default, to make reservoir numerical simulation which could be inappropriate if network boundary conditions are neglected. Thus...

... production control risk management Reservoir Surveillance reservoir simulation Upstream Oil & Gas risk and uncertainty assessment risk assessment production monitoring Modeling & Simulation Production data Management uncertainty analysis Artificial Intelligence optimization...

... Abstract Streamline simulation is an alternative method to conventional finite difference methods, more suited to complex reservoir physics but limited in size by computational effort. The main feature of streamline modeling is replacing the space variable by the time-of-flight...

... Abstract The injection of polymer solutions is an effective method of Enhanced Oil Recovery. However, the continuous injection may be very expensive, and the injection of slugs is an alternative to improve the recovery factor. In this paper, streamlines simulation is used to model the 2D 2...

..., the use of dynamic flow simulators is becoming more important for the company when it comes to assess the development of such a huge oil deposit. Currently, in the Carabobo Area, there is a significant uncertainty about the transient behavior of multiphase fluids in the gathering systems, since all...

... was modeled after an experimental set-up on the physical problem, which allows tangential flow in the annular space. Flow visualization and image processing techniques support the study. rotation annular space simulator drilling operation cylinder dimensionless parameter dimensionless kinematic...

... Abstract This paper introduces a decision optimization procedure that can evaluate and rank hundreds of prospect development scenarios quickly. Sophisticated optimization techniques that include uncertainty analysis are combined with fully coupled reservoir simulation models and a surface...

... production with its most-updated information. This work was designed by production engineers and can also be used by any asset member to simulate the impact of planned or non-planned scenarios that can potentially change the operational guidelines of the day or a single period. Institutionalization...

... of PVT influence on MPFM performance were identified and a basic flowmeter simulator was built, using a standard process simulator and common office applications. This simulator was used to sensitize the influence of produced fluids' PVT changes over time and different MPFM PVT updating schedules, trying...

.... This is possible only with a reliable and fast simulator. The "statistical learning theory" defines under which conditions such a simulator can be devised. The Production Simulator is designed in such a way that it complies with the conditions of a reliable long-term forecast. This new approach has been...

... Abstract Tracers are chemical compounds or radioactive isotopes used to label injection water and gas in petroleum reservoirs. In inter-well tracer tests (IWTTs), well connections and fluid patterns can be established when the tracer appears in production wells. Tracer simulation...