Mysara Eissa Mohyaldinn
A multi-function predictive tool has been developed for Fula pipeline thermal and hydraulic prediction and simulation during its operation. The predictive tool has been developed utilizing published mathematical models applied to thermal/hydraulic calculations in pipeline operation. Real field data has been entered into the tool and the outputs have been validated with the Stoner Pipeline simulator (SPS) using the same entered parameters. It has been found that the predictive tool and the Stoner software outputs are virtually alike. More accurate results of the effect of pipeline elevation profile (potential pressure) on the remaining pressure along the pipeline are gained from the predictive tool. This accuracy is indicated by zigzagged hydraulic gradient lines resemble to the pipeline route between every two pump stations. The predictive tool also has the capability of predicting the transient temperature and friction pressure distribution along the pipeline under shutdown conditions.
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