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Nuclear Production of Hydrogen, Fourth Information Exchange ...

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CEA ASSESSMENT OF THE SULPHUR-IODINE CYCLE FOR HYDROGEN PRODUCTION<br />

Besides honouring its national and international commitments, CEA will therefore reduce its<br />

efforts pertaining to the sulphur-iodine cycle, focusing on specific points that could significantly<br />

impact investment cost. CEA will welcome critical analysis <strong>of</strong> its analysis from international partners,<br />

and maintains a scientific watch in order to integrate progress made by world-wide research in its<br />

future updated assessments <strong>of</strong> the sulphur-iodine cycle.<br />

Acknowledgements<br />

The authors would like to thank the CEA teams that have been part <strong>of</strong> the sulphur-iodine cycle<br />

assessment and whose work has been summarised in this paper, and in particular T. Advocat, P. Anzieu,<br />

P. Aujollet, F. Balbaud, A. Berjon, J.-M. Borgard, N. Brijou-Mokrani, X. Carnet, S. Colette Maatouk,<br />

L. Cachon, M. Comte, A. Darwiche, V. Dauvois, V. Delanne, P. Del<strong>of</strong>fre, C. Desgranges, D. Doizi,<br />

J. Duhamet, P. Fauvet, J.-P. Féraud, J.-L. Flèche, T. Gilardi, S. Goldstein, B. Gwinner, N. Haquet, M. Hélie,<br />

O. Hercher, J. de Lamare, C. Lamouroux, B. Larousse, A. Le Duigou, F. Le Naour, M. Lecomte, J. Leybros,<br />

J. Livet, V. Lorentz, V. Lorin, P. Lovera, C. Maillault, C. Mansilla, L. Martinelli, D. Mas, P. Mauchien,<br />

P. Pierrard, C. Moulin, G. Moutiers, D. Ode, C. Poinssot, S. Poitou, A. Ponchin, C. Richet, J.-C. Robin,<br />

R. Robin, G. Rodriguez, G. Roehrich, J.L. Roujou, L. Salmon, A. Saturnin, M. Tabarant, A. Terlain, X-T. Vu<br />

and F. Werk<strong>of</strong>f.<br />

Stimulating and fruitful collaborations and discussions with national (in particular O. Baudoin,<br />

V. Gerbaud, M.K. Hadj-Kali, J-M. Hartmann, X. Joulia, P. Floquet and S. Dechelotte) and international<br />

partners (in particular R. Allen, K. Bae, G. Besenbruch, K. Bhanja, L. Brown, S. Brutti, R. Buckingham,<br />

A. Buenaventura, J. Cedillo Rojas, G. Cerri, C. Corgnale, D. De Lorenzo Manzano, G. De Maria,<br />

R. Devonshire, M.T. Dominguez, R. Elder, R. Evans, B. Ewan, F. Gelbard, A. Giovannelli, B. Hewakandamby,<br />

R. Hino, R. Jeans, S. Kasahara, J. Kolts, S. Kubo, S. Kung, N. Mayekar, M. Minocha, N. Monnerie,<br />

R. Moore, J. O’Connell, K. Onuki, S. Mohan, A. Noglik, A. Orden Martinez, P. Pickard, G. Priestman,<br />

V. Ramos Sanchez, M. Roeb, B. Russ, N. Sakaba, C. Salvini, C. Sattler, M. Schmitz, C. Sink, V.K. Tangri<br />

and Y.J. Shin) is also gratefully acknowledged.<br />

References<br />

Buckingham, R., et al. (2009), “Influence <strong>of</strong> HTR Core Inlet and Outlet Temperatures on <strong>Hydrogen</strong><br />

Generation Efficiency Using the Sulphur-iodine Water-splitting Cycle”, these proceedings.<br />

Comte, M., et al. (2009), forthcoming.<br />

Doizi, D., et al. (2007), “Total and Partial Pressure Measurements for the Sulphur-iodine Thermochemical<br />

Cycle”, Int. J. <strong>of</strong> <strong>Hydrogen</strong> Energy, 32 (9), 1183-1191.<br />

Doizi, D. et al. (2009), “Experimental Study <strong>of</strong> the Vapour-liquid Equilibria <strong>of</strong> HI-I 2 -H 2 O Ternary<br />

Mixtures”, these proceedings.<br />

Goldstein, S., J.M. Borgard, X. Vitart (2005), “Upper Bound and Best Estimate <strong>of</strong> the Efficiency <strong>of</strong> the<br />

Iodine Sulfur Cycle”, Int. J. <strong>Hydrogen</strong> Energy, 30, 619-626.<br />

Hadj-Kali, M.K., et al. (2009a), “HI x System Thermodynamic Model for <strong>Hydrogen</strong> <strong>Production</strong> by the<br />

Sulfur-iodine Cycle”, Int. J. <strong>Hydrogen</strong> Energy, 34, 1696-1709.<br />

Hadj-Kali, M.K., et al. (2009b), “Bunsen Section Thermodynamic Model for <strong>Hydrogen</strong> <strong>Production</strong> by the<br />

Sulfur-iodine Cycle”, submitted to Int. J. <strong>of</strong> <strong>Hydrogen</strong> Energy.<br />

Kubo, S., et al. (2004), “A Demonstration Study on a Closed-cycle <strong>Hydrogen</strong> <strong>Production</strong> by the<br />

Thermochemical Water-splitting Iodine-sulfur Process”, <strong>Nuclear</strong> Engineering and Design, 233, 347-354.<br />

176 NUCLEAR PRODUCTION OF HYDROGEN – © OECD/NEA 2010

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