Sikkerhedsforhold samt varetagelse af sikkerhedsmæssige aspekter ...

DGC-rapport 33
11. Referencer
1. Mobitpouer, M.; Pierce, C.L. and Graham, Peter: 1990. Design Basis developed
for H2 Pipeline. Oil & Gas Journal. May 28, 1990. Pp. 83-94.
2. Kaske, G.; Plenard, F.J. 1985. High-purity hydrogen distribution network for
industrial use in Western Europe. Chemische Werke Hüls, Marl, F.R.G.; L’Air
Liquide, Paris, France. Int. J. Hydrogen Energy, Vol. 10, No. 7, pp. 479-482.
3. Koto, K.: Wasserstoff statt Erdgas in der Energieversorgung, ”gwf –
Gas/Erdgas” 133, 1992, Heft 7, pp. 332-335.
4. Direct Hydrogen Fueled Proton Exhange Membrane Fuel Cell System For
Transportation Applications, Hydrogen Vehicle Safety Report. 1997. Ford Motor
Company.
5. Zalosh, R. G.& T.P.Short: Compilation and Analysis of Hydrogen Accident
Reports, COO-4442-4. Factory Mutual Research Study, MA 1978.
6. Ringland, J.T.: Safety Issues for Hydrogen Powered Vehicles, SAND94-
8226/UC-407, Sandia National Laboratories, Alberquerque, NM, March 1994.
7. Heydorn, Barbera: Hydrogen Industry and Markets. Proceedings: Transition
Strategies to Hydrogen as an Energy Carrier, First Annual Meeting of the National
Hydrogen Association, March 1991.
8. Ekelund, Mats o.a.: Nordiska Gasbuss Projektet, Projekt II, Slut-rapport. 1993.
Ecotrafic R&D AB. ISBN 91-88370-49-6.
9. Arbejdstilsynet: Bekendtgørelse nr. 746 fra 1987 om trykbeholdere og rørsystemer
under tryk. Ændret ved Bekendtgørelse nr. 628 fra 1990.
10. Hydrogen Research Institute and National Renewable Energy Laboratory: Sourcebook
for Hydrogene Applications. 1998. Tektrend International Inc. Canada.
11. Nasa: Nasa TM 104438, Lewis Safety Manual. Nasa Lewis Research center.
1992. USA.
12. European Integrated Hydrogen Product (EIHP): Proposal for new draft regulation
for compressed and liquid hydrogen. Rev. 7 and 10 respectively. 2000.
LBST (Ludvig Bölkow System Technic, tysk rådgiver, er koordinator på projektet.)
13. http://www.iangv.org/sources/sources/standard.html