... trans porous media reservoir simulation equation rapoport completion dimensionless group 1 PAPER 2009-099 Scaling A Water Coning Control Installation in Bottom Water Drive Reservoir by Inspectional Analysis L. JIN, A.K. WOJTANOWICZ, G. AFONJA, W. LI Louisiana State University This paper...

... condensate reservoir and into a saline aquifer using a compositional reservoir simulation model. The dynamics of the reservoir impose a minimum period of injection that is required in order for the storage scheme to benefit from 100% of the reservoir storage capacity. Hence, over and above a certain CO2...

... communication between the A and C pools through what has to be a leaky fault. It was then necessary to include both oil pools in the geological modeling and reservoir simulation work. To allow flow communication, connections were established between the grid blocks on the fault edge of both pools. Based...

... injection unconsolidated sand fractured zone upstream oil & gas flow in porous media permeability tensor fluid dynamics matrix deformation unconsolidated formation permeability model shape function vector reservoir simulation mechanism reservoir characterization constitutive...

... Process, Journal of Canadian Petroleum Technology, Vol. 40, No. 8, pp. 54-61, August 2001. 6. NGHIEM, L.X., SAMMON, P.H. AND KOHSE, B.F., Modeling Asphaltenes Precipitation and Dispersive Mixing in the VAPEX Process, SPE 66361, presented at the SPE Reservoir Simulation Symposium held in Houston, Texas, 11...

... and kinetics of the hydrate decomposition along with the ability to predict the formation of ice particles. This model is developed by modifying the GPRS (General Purpose Reservoir Simulator) platform to account for a number of mechanisms including hydrate decomposition and ice formation. GPRS is an object...

... squeeze treatment producer voordouw artificial intelligence conversion characteristic university injector upstream oil & gas reservoir simulation nitrate partition coefficient reaction waterflooding experiment toluene variation history souring injection concentration...

... results for purified saturates. The Computer Modelling Group s thermal reservoir simulator STARS was used for all the simulations. The reaction model for the LTO of saturates included nine components: oxygen, nitrogen, water, carbon dioxide, carbon monoxide, and four oil-based pseudocomponents...

... PAPER 2009-021 Global and Local History Matching Optimization. The Successful Key of Reservoir Simulation: High Heterogeneous Field CaseStudy CUONG T. Q. DANG, NGOC T. B. NGUYEN, WISUP BAE, TAEMOON CHUNG Sejong Univerisity THUOC H. PHUNG Vietsovpetro Joint Venture WONGYU LEE Korea National Oil...

... bitumen viscosity decreases with increasing temperature even at low temperatures, and since the Axe Lake reservoir is highly permeable and extremely coarse grained, preliminary reservoir simulations indicated that it is possible that effective, early time, communication between production wells...

... to the those of the commonly assumed homogeneous flows of mechanism one. These results suggest that greater accuracy in reservoir simulation can be achieved by including segregated flow in areas of the reservoir where gravity segregation predominates. Introduction The fact that the interface between phases...

... and maximum oil recovery. A detailed geological understanding of the reservoir along with a reservoir simulation is needed to gain a detailed reservoir description and determine the optimal recovery method for this oil reservoir. These are essential to have successful operations as well as reducing...

.... Reservoir simulation provides a convenient means to evaluate different leakage scenarios by creating holes in the cap rock. For the CO2 storage in the low-permeability aquifer discussed above, a leakage producer was opened at the top of the aquifer (see Figure 9) at 50 years with a pressure drawdown...

... platform modeling & simulation southeast block storage site subsurface storage auxiliary platform gas reservoir demonstration project enhanced recovery sm 3 compressor upstream oil & gas separation co 2 injection reservoir mpa separation equipment gas field reservoir simulation...

... of geomechanics to simulation near the well (SPE, 2008). As mentioned by Onaisi et al. (2002), flood breakthrough leads to local effective stress changes and compressibility or volume changes. The addition of these stress-dependent effects into traditional reservoir simulation parameters are shown to impact...

... experiments or field operations[1-6]. A brief description of the process of implicit relative permeability estimation method is provided as follows. Prior to the history matching, a relative permeability representation model is selected and initialized. Then, reservoir simulation is conducted by using...

... tool for assessing DWL feasibility before employing expensive and time-consuming commercial reservoir simulators. Hence, objectives of this study are as follows: 1. Build a simple analytical model to describe DWL systems by using flow potential distribution theory; 2. Verify model s viability using...

... mobility was the reason suggested for higher recoveries. It is important to note that relative permeabilities from depletion experiments are rarely measured directly, but are often derived by history-matching production with a conventional (darcian) reservoir simulator: this approach remains highly...

... coarse grid block reaction zone dependency grid block peclet number equivalent reaction thiele modulus diffusion differential equation equation reservoir simulation 2008. Petroleum Society of Canada ...

... theory. The new theory provides predictions of the rise rate which compares better to estimates derived from field thermocouple data and experimental observations than values obtained from Butler's theory. Detailed fine-scale thermal reservoir simulations of the edge of the steam chamber have been done...