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3 results on '"R. Carvel"'

1. Research and Advanced Technology in Fire Safety

Author

W. Gevaert, G. Fernández Royo, Abdelkader Bougaral, Gemma Ortiz, Belkacem Lamri, M. Fernández-Vigil Iglesias, Meysam Sotoudeh, Kazunori Harada, Mark F. Green, Paul Pauli, N. Fernandez-Anez, Mariusz Zarzecki, Aoife Hunt, K. . Frank, Yohan Lee, F. Vandecasteele, Wan Ki Chow, J. Azorín-López, Charles Fleischmann, Yongwon Seo, R. Carvel, Kathryn M. Butler, Gabriel N. S. Costa, Noureddine Bénichou, Jaeyoung Lee, A. Osacar Crespo, D.F. Szeto, R. Wadhwani, Abderrahim Aissa, Geraldine Charreau, L. Calió, Matthew Bland, Hamzeh Hajiloo, Eulàlia Planas, B. Gil Rodríguez, S. Verkaemer, Abdelkadir Fellouh, Jae Bong-Chang, Elza M. M. Fonseca, A. González Gil, Verónica Casella, Brian J. Meacham, A. Majdalani, E. Rackauskaite, Yasushi Okab, Masahiro Yamazaki, Alfredo Arnedo Pena, G. Peris-Sayol, Mariano Lázaro Urrutia, Paulo A. G. Piloto, Laercio J. Junior, J.B. Echevarria Trueba, Keisuke Terada, Eugenia Corso, Alain Alonso, David Lázaro, K. Rodríguez, Steve Gwynne, Byungdoo Lee, Adriana Balboa, J. Jönsson, Eric Auth, Mohamed Sultan, O.A. Pérez Salgueiro, Colleen Wade, D. Gil, A. López de Arriba Escribano, F. De-Kluijver-Benzaquén, Yushi Itoa, P. Intini, R. Rigobello, D. Cortés, Pedro Lázaro Urrutia, G. Vigne, G Mayer, Praveen Kamath, Christina Spoons, Elsa Pastor, Y. Hu, Ken Matsuyama, F.J.PhD. García García, Michael Spearpoint, A. Bartolomé, Enrico Ronchi, Marco Fernandez, Christian Mata, Anthony Abu, K. Christensen, Andreas Mühlberger, N.K. Fong, Daniel Alvear Portilla, Reza Mehryar, Erik Johnsson, R. Bellas Rivera, Sonia Escalante Herrera, Arturo Cuesta Jimenez, Yukihisa Kuriyamac, S. Verstockt, Orlando Abreu Menéndez, G. Baker, D. Arnedo Gaute, G. Rein, Oriol Rios, Borja Rengel, Youngiin Kwon, M. Paula Cheheid, and M. A. Gómez Rodríguez

Subjects
Engineering, Aeronautics, business.industry, Fire safety, business
Published
2017

3. Assessment of inherently safer technologies for hydrogen production

Author

G. Landucci, C. Nicolella, TUGNOLI, ALESSANDRO, COZZANI, VALERIO, D. DRYSDALE, D. BRADLEY, V. MOLKOV, R. CARVEL, G. Landucci, A. Tugnoli, C. Nicolella, and V. Cozzani

Abstract

The spread of hydrogen as an energy carrier will lead to a global increase of its production, requiring the development of more reliable and efficient production processes. Several research efforts are currently devoted to hydrogen production via steam reforming of natural gas. New catalytic reactors and separation equipment are considered for industrial implementation. These technologies are at an early stage of development and safety assessment is usually based on inherent safety approaches, addressed to the selection of the safer design solutions. However, the state of the art of the methodologies for the identification and the assessment of inherently safer processes are usually based on the assessment of a discrete set of indexes or key words, that may not be adequate to represent the actual hazards that are present in hydrogen processing and storage. A novel consequence-based method for the identification and the assessment of inherently safer processes in plant design was developed and applied to the assessment of alternative steam reforming processes. A low detail of information is required to implement the methodology: process flow diagrams, equipment description, process conditions and inventories are sufficient for the evaluation of unit safety indexes. A synthetic process inherent safety index is evaluated starting from these data, in order to allow a quantitative comparison between the different processes. In the present study, a commercial tool was used for consequence evaluation of hydrogen release scenarios, but, clearly enough, the development of more reliable tools for consequence modelling, specifically dedicated to the consequence assessment of hydrogen releases, would be crucial to enhance the reliability of the method.

Published
2007

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