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Revealing the Hidden Loss Oil Production Loss Due to Ambient Temperature Changes: Insights From and End-To-End Simulation Solution

Year: 2025 Authors: Jati, P., P., Hasibuan, A., R., S., Aji, M., Siregar, A., O., Syahputra, D., R. Reference: IPA25-F-254
Keywords: Ambient Temperature, Artificial Lift, Backpressure, Hidden Loss, Multiphase Flow, Simulation Framework, Steam Flood, Surface-Subsurface Integration, oil production, production optimization,
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Proceedings Title : Proc. Indon. Petrol. Assoc., 49th Ann. Conv., 2025

This paper provides an overview of recent efforts to address the "Hidden Loss" phenomenon caused by ambient temperature drops in one of the world&rsqu...

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Mitigating Flare Loss via Process Control Valve Upsizing: A Cost-Effective Solution to Achieve Decarbonization Pathway

Year: 2025 Authors: Rauf, N., Lestari, A., A., Sutrisno, Joengjoenan, A., Pramudya, A. Reference: IPA25-O-12
Keywords: Air-cooled heat exchangers, Ambient Temperature, Excessive vaporization, Flaring, Greenhouse gas emissions, LNG plant, LPG Reinjection Drum, Performance fluctuations, Plant availability, Trim modification,
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Proceedings Title : Proc. Indon. Petrol. Assoc., 49th Ann. Conv., 2025

PT Donggi Senoro LNG, a single-train LNG plant, relies on ambient temperature to maintain performance, as it employs air-cooled heat exchangers in pro...

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