By Eduard W. Justi (auth.)
This booklet matters one of many extra continual of the information which have been mentioned in journals dedicated to strength technological know-how over the past few years. It offers with the concept hydrogen might be the medium of strength and the sunlight could be the resource (and, in the mean time, probably additionally coal, biomass, or nuclear fuel). the interpretation has been performed via Dr. W. Schuh and Mrs. ok. Claus in collaboration with me. convinced problems faced us at an early level, and our solution of them calls for a few clarification. First, the chapters that we got from the unique German authors have been written at various occasions throughout the Eighties. a few years later, for the expected book within the usa, approximately half the chapters have been thoroughly rewritten. the interpretation used to be performed in 1984-1986. moment, the unique quantity is a German publication. lots of the examples in it check with the Federal Republic of Germany, even though a few expand to Europe in general.
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Extra resources for A Solar—Hydrogen Energy System
Vol. I, pp. 397408. Deutsche Gesellschaft fiir Sonnenenergie. Munich (1978). 9. D. P. , A Hydrogen Energy System, American Gas Association. Chicago (1972). 10. On the Way to New Energy Systems: III. Hydrogen and the Nonfossil Energy Media. A project supported by the West German Ministry for Research and Technology. Bonn (1975). 11. A. Buch: Kohle-Grundstoff der Energie [Coal-A Fundamental Energy Source]. PfriemerVerlag. Munich (1979). 12. W. Hawkins: Lockheed-California. Press release "ddp" (Nov.
As the diagram shows, the worldwide rise in the energyuse rate amounts to about 5% per year. Furthermore, the transition from coal (virtually the only carrier up to about 1910) to natural gas and oil can clearly be seen in this figure. The increased use of both these fossil-fuel energy sources is primarily responsible for the considerable increase in the global energy-use rate. Concerning the future growth of energy use, there is no way to make a reliable prognosis with reliable and watertight data because of the complex relationship between technical matters in the area of energy developments and economics and energy politics.
3, pp. 1 and 3 (1978). 4. C. D. 'Keeling, R. B. Bacastow, A. E. Bainbridge, C. A. , P. R. Guenther, L. S. Waterman, J. F. S. Chin: Atmospheric carbon dioxide variations: Hawaii, Tellus 28(6):538551 (1976). 5. G. M. Woodwel1: Sci. Am. 238(1):33-44 (1978). 6. G. Plass: Tellus 8:140 (1956). 7. J. O'M. Bockris: Personal communication to E. Justi (612211978). 8. J. O'M. Bockris, R. P. Hammond: in: The Electrochemistry of Cleaner Environments, Plenum Press, New York (1972). 9. E. Broda: The Evolution of the Bioenergetic Processes, Wiley Interscience, New York and Braunschweig, pp.