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Excellent Multi-functional Team Collaboration to Mitigate Sub-surface Integrity Risk and Increasing Production through Water Diversion & Debottlenecking in field “A”, PT. Pertamina Hulu Rokan

Year: 2023 Authors: Syariefah, L., Dongoran, J., Aulia, D., Widyastini, I.H., Afriyanto, R. Reference: IPA23-E-106
Keywords: EOR, facilities, heavy oil, modelling, production,
Basins: Central Sumatra,

Proceedings Title : Proc. Indon. Petrol. Assoc., 47th Ann. Conv., 2023

Field “A” is a waterflooded field consisting of three Areas with multi-layered formation of L, A, B & C reservoirs. Area 1 is the clos...

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Heavy Oil Recovery Technique Using Microwave Heating and Nano-Ferro Fluid

Year: 2023 Authors: Anugerah, Indriani, E., Munir, A. Reference: IPA23-E-15
Keywords: EOR, heavy oil, production,
Basins:

Proceedings Title : Proc. Indon. Petrol. Assoc., 47th Ann. Conv., 2023

Heavy oil is defined as having a density of 23.3deg API or less. Its global potential is around 9-13 trillion barrels or 70% of world oil reserves. In...

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Design, Execution and Lesson Learnt of Open pit Trial Study in Iliran High Shallow Heavy Oil

Year: 2023 Authors: Citrarasmi, D.P., Zaidun, Y., Pribadi, E., Hidayat, S. N., Sinambela, B. P. Reference: IPA23-F-114
Keywords: heavy oil, modelling, production, reserves,
Basins: South Sumatra,

Proceedings Title : Proc. Indon. Petrol. Assoc., 47th Ann. Conv., 2023

Iliran High, located in South Sumatera is a shallow undeveloped heavy oil of 18-22 API density in Indonesia with depth of the potential formation 10 &...

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Preliminary Prioritization on Steam Flood Injection in "Kasai" Heavy Oil Field Using Random Forest Regression Method

Year: 2023 Authors: Rafi, M., Faiz, M., Destya, A. Reference: IPA23-SE-24
Keywords: EOR, heavy oil, machine learning, modelling,
Basins: South Sumatra,

Proceedings Title : Proc. Indon. Petrol. Assoc., 47th Ann. Conv., 2023

Steam flood injection is a thermal recovery method that involves injecting steam, or specific water at particular temperatures, through special inject...

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Sensitivity Analysis on Oil Recovery Improvement Through Application of Fracture-Assisted Steamflood

Year: 2022 Authors: Josefin, S., Rahmawati, S.D., Nopranda, T., Azhar, A.R. Reference: IPA22-SE-110
Keywords: EOR, heavy oil, production,
Basins:

Proceedings Title : Proc. Indon. Petrol. Assoc., 46th Ann. Conv., 2022

The most common recovery method for heavy oil reservoirs is steam injection, which is one of the most effective thermal recovery processes. However, t...

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Study of Cyclic Steam Stimulation (CSS) Fuel Using Compressed Natural Gas (CNG) As Conversion From Marine Fuel Oil (MFO) to Enhance Energy Efficiency and to Reduce CO2 Emissions

Year: 2022 Authors: Massewa, D.A., Akbar, F.I., Nugraha, F., Widiatna, F., Rifaat, M. Reference: IPA22-E-169
Keywords: EOR, facilities, heavy oil, oil, operations, production,
Basins: Central Sumatra,

Proceedings Title : Proc. Indon. Petrol. Assoc., 46th Ann. Conv., 2022

Batang is a marginal oil field in Indonesia with heavy oil and high pour point oil characteristics. When the well temperature drops during production,...

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Redirecting Steam Injection to Improve Aerial Heating in Heterogeneous Kangen Sand, in Area X Heavy Oil Field Indonesia

Year: 2022 Authors: Alfajrian, Pradana, C.A. Reference: IPA22-E-249
Keywords: EOR, heavy oil, modelling, oil, production,
Basins:

Proceedings Title : Proc. Indon. Petrol. Assoc., 46th Ann. Conv., 2022

The key importance of steamflood in a heavy oil reservoir is to provide heating at the right place. The provision of heating becomes a challenge in he...

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Integration of Artificial Intelligence - Machine Learning for Basic Sediment and Water (BSW) Prediction in Steam Flood Heavy Oil Central Gathering Station

Year: 2022 Authors: Jati, P.P., Anggi NS, A., Pratahardia P,T. Reference: IPA22-F-93
Keywords: HC processing, facilities, heavy oil, machine learning, production,
Basins: Central Sumatra,

Proceedings Title :

The Delta field is mature and currently facing a significantly declining production rate since it was at peak production in 1992 with 290,000 barrels...

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