Paper Info
Title
Fast Offshore Wells Model (FOWM): A practical dynamic model for multiphase oil production systems in deepwater and ultra-deepwater scenarios.
Abstract
This work describes a simplified dynamic model for control and real time applications in offshore deepwater and ultra-deepwater petroleum production systems. Literature about simplified dynamical models, capable of cover the global architecture of an offshore multiphase production system, is scarce. Hence, the proposed model integrates and adapts partial models available in the literature in order to generate a single model of the whole system. The model, designed to represent slugs generated by the casing heading and terrain/riser concomitantly, was evaluated by comparison with a traditional commercial simulator and was also implemented in two actual production systems. As a result, the model showed the capability of capturing complex dynamical behaviors, such as limit cycles, demonstrated to be numerically more stable than similar models in literature, fast enough to be used in real time applications and proved to be adherent to the commercial simulator and actual operating data from Petrobras production systems.
Year
DOI
Venue
2017
10.1016/j.compchemeng.2017.01.036
Computers & Chemical Engineering
Keywords
Field
DocType
Simplified multiphase dynamic model,Severe slug flow,Limit cycle,Oil and gas production system,Offshore
Casing,Petroleum engineering,Terrain,Limit cycle,Oil production,Engineering,Petroleum,Submarine pipeline
Journal
Volume
ISSN
Citations 
99
0098-1354
2
PageRank 
References 
Authors
0.43
5
12
Name
Order
Citations
PageRank
Fabio C. Diehl120.43
Thiago K. Anzai220.43
Cristina S. Almeida320.43
Oscar F. Von Meien420.43
Saul S. Neto520.43
Vinicius R. Rosa620.43
Mario C. M. M. Campos720.77
Filipe Reolon820.43
Giovani Gerevini920.43
Cassiano Ranzan1020.43
Marcelo Farenzena1121.45
Jorge O. Trierweiler1241.87