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Sumur HFL-03 merupakan sumur yang berproduksi secara natural flow, namun seiring berjalanya waktu produksi Sumur HFL-03 pasti akan mengalami penurunan tekanan dan kenaikan water cut. Hal ini lah yang menyebabkan Sumur HFL-03 tidak dapat berproduksi secara optimum lagi dan harus dilakukan desain artificial lift.
Metode pengangkatan yang dipilih untuk Sumur HFL-03 adalah gas lift. Gas Lift dipilih karena kandungan gas yang cukup besar pada Sumur HFL-03. Desain gas lift pada sumur HFL-03 dilakukan menggunakan simulator. Sebelum mendesain dilakukan modeling IPR dan OPR menggunakan simulator, lalu dilakukan sensitivitas penurunan pressure reservoir dan kenaikan water cut dengan pressure reservoir sebesar 2300 psi dan water cut sebesar 17% sumur sudah tidak optimum lagi dengan laju alir minyak sebesar 327.8 stb/day.
Dari hasil desain menggunakan simulator didapatkan desain gas lift dengan 4 unloading valve dan 1 orifice. Selain itu didapatkan laju alir minyak setelah didesain sebesar 763.897 stb/day.

HFL-03 well is a natural flow production well. But as time goes by HFL-03 well production rate will encounter water cut upsurge and pressure reduction. This thing caused HFL-03 well cant make an optimal production anymore and need to design to artificial lift.
For HFL-03 well, the selected lifting method is gas lift. Gas lift chosen because the gas content in HFL-03 well is quite much. Gas lift design of HFL-03 well is using simulator. Before designed, we perform ipr and opr modeling using simulator. And then we perform pressure reduction and water cut upsurge sensitivity. And it known if pressure reservoir reduction for 2300 psi dan water cut upsurge or 17% the well cant be optimal anymore wth oil wate on 327.8 stb/day.
From the design which use simulator, it has a gas lit design with unloading valves and 1 orifice. Furthermore, the oil wate designed is on 763.897 stb/day.