CD Skripsi
Klasifikasi Dan Monitoring Performa Sumur Menggunakan Algoritma Random Forest Pada Pt. Pertamina Hulu Rokan
Manual monitoring of oil well performance has limitations in efficiency and accuracy when dealing with field condition changes. This study applies the Random Forest algorithm to build a well performance classification model based on historical data. The dataset consists of 259,923 records from well compliance tests in the X Field of WK Rokan, containing technical parameters such as total oil, fluid, water ratio, and production efficiency. The model's performance was evaluated using accuracy, precision, recall, and f1-score metrics to classify well conditions into three categories: declining, stable, and improving. The best experiment was achieved using a 90:10 data split, with an accuracy of 92.57%, precision of 96.09% (stable), 89.61% (improving), and 86.17% (declining), recall of 93.84% (stable), 93.16% (improving), and 88.46% (declining), and f1-score of 94.95% (stable), 91.35% (improving), and 87.30% (declining). The model was also implemented to predict new data and generate technical recommendations based on the classification results.
Keywords: Classification, Historical Data, Monitoring, Oil Well Performance, Random Forest
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