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13.8barg (13.8MPa) was lost from the system for the base case simulation. The observed system pressure drop was dependent on pipeline inlet pressure, flowrates, and internal pipe diameter. Network simulation for the base case was carried out at 114barg (114MPa) inlet pressure and 18.7MMSCfd gas flowrate. In this study, a 64km subsea pipeline system comprising two sections 23km, in ID and 41km, 24inch ID, coated with 3mm (0.003m) polyethene insulation and transporting multiphase hydrocarbon fluid in an ultra-deep-water field was modelled in PIPESIM.
PIPESIM STUDENT VERION SOFTWARE
PIPESIM is a leading industry software currently used in the oil and gas industry for multiphase flow simulation. Hence the need for multi-phase flow simulation software. In the literature, it revealed that pressure drop in multi-phase transport is quite complex to compute manually. Briggs* Mechanical Engineering, University of Port Harcourt, Choba, Port Harcourt, Nigeria Ayoade Kuye Chemical Engineering, University of Port Harcourt, Choba, Port Harcourt, Nigeria Abstract The number of offshore developments for which long-distance tie-back is usually implemented has increased recently, leading to increasing pressure loss concerns from such systems. 1 Prediction of Pressure Drop in Subsea Pipeline Using Pipesim Software Jane Ozi Offshore Technology Institute, University of Port Harcourt, Choba, Port Harcourt, Nigeria Tobinson A.