#TITLE_ALTERNATIVE#

• Main Author: AULIA JUSTISIANANTO (NIM : 12214098), AHMAD
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/25161
• Institution: Institut Teknologi Bandung

Reservoir performance prediction becomes an important consideration for making the proper field development <br /> <br /> and optimization plan. In petroleum industries there is a need to estimate performance prediction for large-scale <br /> <br /> reservoir. The capacitance-resistive model (CRM) which regarded as a powerful method to quick-look the <br /> <br /> reservoir performance, has recently been used in many reservoirs to simulate the waterflooding program but only <br /> <br /> in single-layer reservoir case. <br /> <br /> The modification of CRM equation and fractional oil model that is suitable for multilayer reservoir case are <br /> <br /> developed in this study. A simple analytical method to estimate layered interwell connectivity, time response <br /> <br /> delay, and fractional model coefficient is introduced in order to obtain specific solution for multilayer CRM and <br /> <br /> fractional flow model equations. <br /> <br /> Both multilayer CRMIP and multilayer empirical fractional oil model has successfully validated with two layers, <br /> <br /> three layers, and four layers of synthetical reservoir case. Validation results show good agreement between the <br /> <br /> calculated rate with the actual rate from historical production data. The proposed method in this study is very <br /> <br /> attractive in understanding the behavior and property of layer-scale reservoir. Simple approach that is used in this <br /> <br /> model, make the new powerful and easy to use of multilayer reservoir simulation tool. <br />