Improving History Matching with Hydraulic Flow Unit Approach: Case Study of Carbonate Gas ^B^ Field Jhon Johanes Wood (a), Suryo Prakoso (b), Muhammad Taufiq Fathaddin (b)
a) Master Program of Petroleum Engineering Department, Faculty of Earth and Energy Technology, Universitas Trisakti, Jakarta, Indonesia
b) Petroleum Engineering Department, Faculty of Earth and Energy Technology, Universitas Trisakti, Jakarta, Indonesia
Abstract
History matching between reservoir simulation results and actual production data is essential for determining a reservoir^s production potential. However, this process is particularly difficult for carbonate reservoirs due to their heterogeneous rock formations.
In earlier research on the ^B^ gas field, which contains carbonate reservoir rocks, modeling was performed using a reservoir facies division method based on lithology types such as grainstone, wackestone/packstone, and mudstone. This lithology-based approach posed difficulties during the history matching stage of the simulation.
In this study, the author aims to introduce a rock classification analysis method for the carbonate reservoirs in the ^B^ gas field using the hydraulic flow unit (HFU) technique. This method will be applied as the basis for history matching, with the goal of improving the accuracy of the results.
Keywords: history matching, hydraulic flow unit, reservoir simulation
