Improve energy efficiency with enhanced bundles in tubular heat exchangers
From 2008 to date, 45 twisted tube heat exchangers and bundles have been installed at BAYERNOIL refineries in different units and services, allowing higher heat recovery and contributing to BAYERNOIL’s energy targets.
IP: 3.235.145.252
This is a preview of our premium content. Thank you for your interest—please
log in or
subscribe to read the full article.
The Authors
Müller, A. - BAYERNOIL Raffineriegesellschaft mbH, Neustadt, Germany
Antje Müller is a member of the Technology group at BAYERNOIL, and is responsible for heat exchanger design, and process and flare systems simulations. She holds a degree in chemical engineering [Dipl.-Ing. (univ.)], and joined the company in 2005.
Kropp, A. - BAYERNOIL Raffineriegesellschaft mbH, Neustadt, Germany
Astrid Kropp is a member of the Technology group at BAYERNOIL and Energy Coordinator for EnCon projects. She holds a degree in chemical engineering [Dipl.-Ing. (FH)], and joined the company in 2005.
Köster, R. - BAYERNOIL Raffineriegesellschaft mbH, Neustadt, Germany
Rainer Köster is Manager of Asset Development at BAYERNOIL, and has been working for the company and BP since 1988. He holds a degree in chemical engineering from the University of Hannover.
Fazzini, M. - Koch Heat Transfer Co. LP, Houston, Texas
Marco Fazzini is an R&D Manager at Koch Heat Transfer Company LP in the US. He has more than 9 yr of experience in the application of advanced heat transfer technologies for the design of tubular heat exchangers. He holds a mechanical engineering degree from Politecnico of Milan, and an MS degree from Chalmers University of Technology in Sweden.
Related Articles
From the Archive
Comments