Hydrogen energy system

Because hydrogen can be made from many different sources, a future hydrogen energy system could evolve in many ways. In industrialized countries. [Pg.658]

I9J I. Yonezu, M. Nogami, K. lnoue, T. Maisu-moto, T. Saito, N. Furukawa, Proc. Hydrogen Energy Systems Society of Japan, Publication 14-1,1989, p. 21. [Pg.59]

Honda, K., Fujishima, A., Watanabe, T. in Solar-Hydrogen Energy Systems (Ohta, T., ed.) p. 137, Oxford, Pergamon Press 1981... [Pg.112]

Ogden, J.M., E. Dennis, M. Steinbugler and J. Strohbehn, Hydrogen Energy Systems Studies, Final Report to U.S. DOE for Contract No. XR-11265-2, January 18,1995. [Pg.29]

The flowchart of an autonomous wind-hydrogen energy system. [Pg.176]

Bechrakis D.A., McKeogh E.J., Gallagher P.D., Simulation and operational assessment for a small autonomous wind-hydrogen energy system, Energ. Convers. Manag., 47,46-59,2006. [Pg.183]

Schucan T., Hydrogen generation from stand-alone wind-powered electrolysis systems, in Case Studies of Integrated Hydrogen Energy Systems, Final Report of the IEA Task 11 Integrated Systems, 129-145, Switzerland, 1998, Chapter 9. [Pg.183]

AccaGen SA, PURE project stand alone hydrogen energy system, Report, 2005. [Pg.183]

Leighty, W., Hirata, M., O Hashi, K., Asahi, H., Benoit, J., and Keith, G. Large renewables— hydrogen energy systems Gathering and transmission pipelines for windpower and other diffuse, dispersed sources, World Gas Conference, Tokyo, Japan, June 1-5, 2003. [Pg.377]

Pottier, J. Hydrogen transmission for future energy system, Hydrogen Energy System, Kluwer Academic Publishers, Netherlands, 1995, pp. 181-193. [Pg.378]

Sandrock, G., Hydrogen energy system production and utilization of hydrogen and future aspects, in Y. Yurum, Ed., Application of Hydrides, Kluwer Academic Publishers, Dordrecht, p. 253, 1995. [Pg.404]

Hydrogen energy systems by use of organic chemical hydrides. [Pg.440]

National template for stationary and portable hydrogen energy systems. [Pg.482]

Dincer, I., Technical, environmental and exergetic aspects of hydrogen energy systems, Int. ]. Hydrogen Energ., Tl, 265, 2002. [Pg.566]

Author has studied the key properties of the pool materials and the effective conditions of USW absorption, and he believes that bubble fusion will be one of the frontiers of hydrogen energy systems in 21 Century. [Pg.7]

The precious ways of hydrogen utilization have the principles based upon the two non substitutive properties of hydrogen, that is, hydrogen energy systems are not only ecological but also energetic. [Pg.9]

The new frontiers of hydrogen energy systems described in this paper will be PEM-electrolysis combined with renewable energy sources, biolysis with use of biological methods based on the genetics, and mechanolysis combined with any moving phenomenon and object, in hydrogen production area. [Pg.11]

S. Sato (1979) Thermochemical hydrogen production in p. 81-114 Solar-hydrogen energy systems Ed. by Ohta T., Pergamon, Oxford... [Pg.11]

Yokohama National University, Hydrogen Energy System Society... [Pg.184]

Petrov (1991) suggested the idea for using H S for production of hydrogen and sulfur in the electrolytic stage of the solar-wind-hydrogen energy systems (SWHES). [Pg.130]

Sato S (1979) Thermochemical hydrogen production. In Ohta T (ed) Solar hydrogen energy systems. Pergamon Press, New York... [Pg.93]

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