Browsing PETROLEUM ENGINEERING (TEKNIK PERMINYAKAN) by Title
Now showing items 1032-1047 of 1047
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Uji Laboratorium Hybrid Polimer Nanosilika Terhadap Peningkatan Perolehan Minyak
(2023-08-22)Penggabungan nanopartikel silika dalam larutan polimer untuk pemulihan perolehan minyak menarik perhatian yang cukup besar dalam penelitian terbaru. Pemanfaatan nanopartikel silika dengan polimer akan sangat bagus, dikarenakan ... -
Uji Phase Behavior untuk Seleksi dan Formulasi Surfaktan EOR
(2020-09-09)Formulasi Surfaktan EOR didasarkan dari penelitian phase behavior 5 sampel surfaktan yang tersedia, yaitu: A 127, A 125, A 115, AN 2 dan AN 3. Objektif penelitian surfactant phase behavior adalah menentukan salinitas ... -
USULAN OPTIMALISASI DESIGN SUCKER ROD PUMP DENGAN METODE UJI SENSITIVITAS STROKE LENGTH, SPM, DAN DIAMETER PLUNGER PADA FIELD CEPU
(UNIVERSITAS PERTAMINA, 2019-07) -
USULAN OPTIMALISASI DESIGN SUCKER ROD PUMP DENGAN METODE UJI SENSITIVITAS STROKE LENGTH, SPM, DAN DIAMETER PLUNGER PADA FIELD CEPU
(UNIVERSITAS PERTAMINA, 2019-09-04)(Oleh: Nevada Saga Suseno 101316011) Energi adalah kebutuhan setiap manusia. Energi dibutuhkan untuk dapat menyelesaikan berbagai kegiatan sehari-hari. Salah satu energi yang paling dibutuhkan adalah energi yang berasal ... -
Water-Based Mud Design to Handle Troublesome Formation in SIMON Field
(2021-09-01)This research is about the design of drilling mud on the surface and intermediate section of the SIMON Field to determine the drilling mud system and additive composition that is good for dealing with existing formation ... -
Water-Based Mud Design to Minimize the Risk of Bit Balling Problem in Barrier-01 Well
(2021-02-04)This research is about to design water-based mud to minimize the risk of bit balling problem in Barrier-01 Well. The objective of this research is to know about the effect of lubricant X, KCl Polymer, and Polyamine and ... -
Water-Based Mud Design to Minimize the Risk of Bit Balling Problem in Barrier-01 Well
(Ghifari Anugara, 2021-02-04)This research is about to design water-based mud to minimize the risk of bit balling problem in Barrier-01 Well. The objective of this research is to know about the effect of lubricant X, KCl Polymer, and Polyamine and ... -
Water-Based Mud Design to Minimize the Risk of Bit Balling Problem in Barrier-01 Well
(Ghifari Anugara, 2021-02-04)This research is about to design water-based mud to minimize the risk of bit balling problem in Barrier-01 Well. The objective of this research is to know about the effect of lubricant X, KCl, and Polyamine and determine ... -
WAX DEPOSITION ANALYSIS OF WAXY CRUDE OIL THROUGH FLOW LOOP TEST AT PT. GMJ GLOBAL ENERGY
(2021-08-06)Flow assurance is one of the most critical issues in oil and gas production phase. Crude oil with high viscosity often contains heavy material such as wax, paraffin, and asphaltene that causes problem of deposition and ... -
WAX DEPOSITION RATE INSIDE PIPELINES PREDICTION USING ARTIFICIAL NEURAL NETWORK APPROACH: A CASE STUDY OF X FIELD, RIAU
(2022-08-30)This final thesis research provides an AI-based solution approach for the wax deposition problem to predict the wax deposition rate inside pipelines. A deep learning model of the Artificial Neural Network (ANN) algorithm ... -
WELL & RESERVOIR REVIEW PADA LAPANGAN PENARI PT. GMJ GLOBAL ENERGY
(Daniel Aditya Putra Nababan, 2021-05-20) -
Well Control System Rig PDSI #31.3 D1500-E Lapangan JAS D-4
(2020-01-13)Dalam melakukan proses pengeboran, tiap-tiap sumur dan lapangan akan memiliki karakteristik serta masalahnya masing masing. Salah satu parameter penting dalam kegiatan pengeboran dan berkaitan dengan karakteristik formasi ... -
Wellbore Stability Analysis Sumur X dan Y Menggunakan Model 1D Geomekanik di West Java Basin
(Universitas Pertamina, 2021-09-03)Ardyanata Aditya Chandra. 101317039. Wellbore Stability Analysis Sumur X dan Y Menggunakan Model 1D Geomekanik di West Java Basin. Penelitian berlokasi di West Java Basin dengan sumur penelitian Sumur X dan Y yang bertujuan ... -
Yes! Internship Program 2023 PT Nestle Indonesia
(2023-02-19)