A Streamline-Based Reservoir Simulation of the House Mountain Waterflood

Recent developments in streamline methods now allow for streamline-based reservoir simulators to be applied to a more general set of problems, previously could only be solved us-ing conventional finite-difference methods. The streamline method we use is fully three-dimensional, can account for mul-tiphase gravity effects, changing well rates, infill drilling, and non-uniform saturation conditions that result from infill drilling and/or water/oil contacts. The purpose of this paper is to illustrate the application of the streamline method to a real field data set – in this case th