Reservoir an‎d surface facilities simulation for optimizing oil recovery

9/30/2025 12:00:00 AM

This work uses integration production modeling (IPM) with MBAL PROSPER an‎d the GAP tool to estimate original oil in place, analyze reservoir fluid properties, an‎d optimize oil recovery. Data from reservoir X includes PVT production history, well ESP design, an‎d equipment used to build the reservoir well an‎d surface network model. The MBAL simulator makes the reservoir model show main drive mechanism is water influx an‎d fluid expansion. Original oil in place is 1406.3 STB/day, cumulative oil production 46.4851 mm STB, gas 23713.9 mm , water 8.76076 mm STB. MBAL predicts reservoir performance from with cumulative oil 61.377 MMSTB an‎d tank pressure 2662 psia. PROSPER model for two wells, A an‎d B, from 2012 to 2017, test ESP design increases production rate for well A to 5600 STB/day an‎d well B to 4201 STB/day. GAP software links the MBAL an‎d PROSPER models to create a surface network with two separators, two wells, an‎d one reservoir. GAP results show the oil rate increases from 6301 STB/day to 9650 STB/day after ESP use. This study shows IPM with MBAL PROSPER an‎d GAP helps model reservoir well an‎d surface facility improve production forecasting, optimize oil rate with ESP, an‎d support decision for artificial lift an‎d field planning

خواص ترموديناميكي , بهينه‌سازي بازيابي نفت

thermodynamic properties , optimizing oil recovery

zainab.uomaysan@gmail.com

ameli@iust.ac.ir