Design pressure reduction in high-pressure heat exchangers with dynamic simulation
A commercial simulation tool is used to carry out the analysis of the transient phenomena caused by the tube rupture event during the design phase of an HP heat exchanger.
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The Authors
Urdaneta Pérez, R. Y. - Fluor, Madrid, Spain
is a process engineer at Fluor in Madrid, Spain, and a specialist in process dynamic simulations and distillation technology. During her 15-year career, she has worked in petrochemicals, research and engineering. She served as a process engineer in fertilizer manufacturing processes at Pequiven, and she also worked at Invensys in Madrid as a technical leader and a models developer in operator training simulation projects and dynamic simulation studies. She studied chemical engineering in Venezuela and holds a PhD in process modeling of complex distillation processes from RWTH Aachen University in Aachen, Germany.
Lenferink, J. E. O. - Fluor, Amsterdam, The Netherlands
Jelle Ernst Oude Lenferink is a process engineering manager with 16 years of experience at Fluor in Amsterdam, The Netherlands, and has been leading several hydrocracker projects. He is also a specialist in distillation technology. He studied chemical engineering at the University of Groningen, The Netherlands, and completed a post-graduate degree in process design and development from the University of Twente, The Netherlands.
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