... correlation and lower least square errors in the D-Optimal design using a full quadratic model and confirmed the oil water contact as the most significant variable of the field. Finally, Monte Carlo Simulation was performed in the proxy model from the D-Optimal design, which resulted in an expected value...

... simulation of a retrograde gas-condensate reservoir located in the Columbus Basin off the south-east coast of Trinidad. The techniques which were applied here have been historically used in the waterflooding of oil reservoirs, and were tailored in this novel case for the use in gas reservoirs. The reservoir...

... Value (NPV). Three (3) phases were conducted for the polymer flooding assessment. Phase 1 included a core flooding simulation to assess the oil viscosity sensitivity region and the ranges of polymer concentration for optimization. Phase 2 carried out uncertainty analysis using synthetic models...

... separator casabe sur station multiphase pump production control Upstream Oil & Gas Simulation pipeline requirement tank production measurement peñas blancas field Peñas Blancas field storage tank Reservoir Surveillance discharge pressure flow rate operation separation Peñas Blancas...

... and simulations of steam flooding are performed in this study. In this study, parameters of LD27-2 block are transformed into physical model parameters with similarity criteria firstly, and with the high temperature and pressure three-dimensional experiments apparatus, the steam flooding process in LD27-2 block...

... gas (WAG) were modelled after primary recovery using CMG-GEM. The feasibility of these processes were determined using the overall cumulative production and CO 2 storage capacities. Injection time for each EOR strategy was simulated for a ten-year period. The comparisons were done using various...

... low cost. This is not without major challenges as Base Production includes fields/wells which are heavily depleted and/or liquid loaded. Offloading these types of wells requires specialized skills and simulation tools one of which is described below. OLGA or Oil and Gas Simulator is a dynamic...

... simulation is more complex and offers better modeling reservoir behavior, although it depends on reliable and sufficient information (static and dynamic), for a good history match and predictive scenarios. Furthermore the time needed to build a numerical model with respect to the other is greater...

... the increase in pressure loss. In this study, the flow of drilling fluid through contraction and divergence across the tool joint is investigated using Computational Fluid Dynamics (CFD) software package. Different pipe rotation speeds are used to simulate the flow of an incompressible Yield Power Law fluid...

... a viable solution to the greenhouse gas problem. In WAG process simulation, it is necessary to shut-in and shut-off the injector wells alternately in order to change the injection fluid. This procedure results in an elevated simulation time compared to the EOR process with injection of a unique fluid...

... Abstract In order to create an integrated simulation model, it is essential to have a fluid characterization based on revision and validation of the available laboratory data. These include PVT studies, production data, RFT logs, etc. In case of EOR process modeling, it is necessary to also...

... Abstract We study the design of enhanced oil recovery in heavy oil reservoirs combined with CO 2 storage using field-scale reservoir simulation. We consider properties typical of fields offshore Trinidad and Tobago with oils whose density ranges between 940 and 1010 kg/m 3 (9-18 degrees API...

... is not clear whether the steam flooding will be viable in the deposits of the Magdalena valley, specifically in the TECA field. Given the above, it is necessary to conduct a study to determine the effect of the intercalated shale on thermal efficiency. This study was carried out using numerical simulation...