... simulation models and with actual well production data. reservoir characterization enhanced recovery production control reservoir surveillance water management production monitoring artificial intelligence reservoir simulation upstream oil & gas heterogeneity modeling & simulation...

... infrastructure, as well as their mutual influence. The integrated model was calculated for the full development of the asset. The integrated model of the A. Zhagrin field is based on three simulation models, well models and surface infrastructure, which are linked through an integrator program. All constituent...

.... This article presents experience of using AICD on the wells of the PK1-3 and MKH8-9 formations, and results of multiple-path simulation. The article describes features of simulation modeling of AICD such as initialization of multi-segment wells, creating virtual ICD and estimating of its parameters, as well...

... ground gas injection system upstream oil & gas simulation model gaslift operation method application sensitivity analysis Brief description of the field Vostochno-Lambeyshorskoye oil field was discovered in 2011 by exploratory well №1. Vostochno-Lambeishorskoye field has one development...

... the synchronous change of the others in order to preserve the geological consistency of the simulation model within the given geological concept. As a result, engineer gets a set of history matched models providing a range of predictions, which can be used for investment decisions. geological modeling...

... loss gas flowrate iam simulation model well model coefficient mette calculation calibration pipeline bottomhole forecast bottomhole pressure Introduction Nowadays in the industry it is widely used integrated modeling that takes into account reservoir behavior, surface and downhole...

... by engineers dealing with GC field development as a guideline for choosing the modeling method depending on the complexity of the task and available computational resources. complex reservoir simulation time simulation model artificial intelligence reservoir simulation dimension modeling...

... measured on the same well during a different period of the well life clearly show how rock collapse theory works in the field thus supporting the first theory occurrence on the field. Based on the current simulation model with implementation of changing compressibility to reflect pore collapse, authors...

... of mobile hydrocarbons. Effects associated with fractures are the key ones for production intensification since they define the distribution of fluid's flow paths in the reservoir. The possibility of their accounting in the simulation modelling is an important challenge since it directly defines...

... was carried out by using IAM technology. Finally a comparison of simulation model production forecast (without taking into account surface facilities) with integrated model (with influence of surface facilities) was presented. fluid modeling well performance asset and portfolio management integrated...

... in the interest of oil and gas companies in such assets, the popularity of integrated modeling in the industry as a whole is extremely high. The problem with this technology is that the integrated simulation models are complex in the creation, they require more knowledge from the engineers involved...

... of the publication is the description of the process of change of solutions for the development of oil rims, where simulation models were used as the main tool of investigation. All available technologies and the efficiency of their combined application were assessed for each reservoir, taking into account...

.... An integrated model includes simulation models of two oil/gas reservoirs, well models, and a model of single gathering system. The paper briefly describes the approach to building and matching the integrated model. After building and history matching of the integrated model, sensitivity of oil production...

... and conventional simulation model. A Capacity-Resistance Model is based on material balance and signal processing of resistor-capacitor circuits where each circuit is represented by injector-producer pair per reservoir. The calibrated model is then combined with fractional flow model fit that is used to forecast...

... Abstract The problem of liquid loading in well bores for a great number of gas wells is considered. This problem is observed in the framework of production calculations using the simulation model. It is determined that groundless assignment of wells decommissioning criteria leads to significant...

... area, it is impossible to acquire new data on the initial gas composition, and existing data is not sufficient to eliminate the uncertainty. Under these circumstances simulation modeling becomes a powerful tool, enabling an engineer to reduce uncertainties by the consistent use of all existing data...

..., presence and location of faults etc. The only instrument allowing taking into account entirely all factors relevant to the reservoir engineer dealing with such objects is a full-scale simultaion model. This paper reviews new approaches to improving quality of simulation models using the example of fields...

... a technique of improving liquid productivity in gas condensate wells by keeping the reservoir pressure above the dew point pressure. Water injection in a gas condensate simulation model with equal well spacing patterns in five- and seven-spot developmental patterns is used. Simulation results showed...

... Abstract Nowadays, geological and simulation models are an essential tool used for design and support of oil and gas field development. At the same time, creation and application of models is technically complex and requires nontrivial approaches and solutions. This paper describes...

... type patterns of fractured-vuggy carbonate gas condensate reservoirs can be determined. And combined geological study and dynamic characterization, different reservoir patterns can be identified and characterized. After that, simulation models of different reservoir patterns are built, in order...