Generation, of the energy carrier HYDROGEN In context ... - needs

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NyOrka Page 46 12/18/2008Wittstock Bastian, Michael Faltenbacher; 2007, del 1.5: Report on the findings regardingoptimised hydrogen purity. EC funded project: HyFLEET:CUTE, contract no 2/161.TREN/05/FP6EN/ S07.52298/019991Yang, Christopher and Joan Ogden 2006 Determining the lowest cost H2 delivery modearticle pending to be publised in the international journal of hydrogen energy.Personal communicationChr. Machens, Hydrogenics, Germany,Christoffer Kloed, Hydro-Statoil April 2008Geoff Budd, Ballard, Vancouver Canada (March 2006)Hjalti P. Ingolfsson, Icelandic HydrogenHolger Grubel, Vattenfall power company Germany (December 13 2006)Iain Alexander Russel, Hydro Elecrtolysers personal communication, 10 th of Dec 2006Jon Björn Skulason, Icelandic New EnergyMonika Kentzler, Daimler, GermanyPietro d’Erasmo; Hydro Elecrtolysers email 10 th of Dec 2006Rouvroy , Steven Shell Hydrogen, HyFLEET:CUTE meeting, May 2008Scott Staily, Ford Motor Corporations, division of fuel cell development , April 25 th inReykjavik9 AnnexTable 4.1: Minimum air pollutant list of the reference plantsParameter Path UnitPresentElectrolytic H2Productionkg GH2Ammonia air kg 4,97E-04Arsenic air kg 1,76E-06Benzene air kg 1,67E-04Benzo(a)pyrene air kg 7,69E-07Cadmium air kg 3,65E-07Carbon dioxide, fossil air kg 2,84E+01Carbon monoxide, fossil air kg 1,36E-02Carbon-14 air kBq 9,62E-01Chromium air kg 8,14E-05Chromium VI air kg 2,00E-06Dinitrogen monoxide air kg 7,17E-04Formaldehyde air kg 4,77E-05Iodine-129 air kBq 9,77E-04Lead air kg 4,12E-03Methane, fossil air kg 4,53E-02Mercury air kg 9,86E-07Nickel air kg 1,95E-05
NyOrka Page 47 12/18/2008Nitrogen oxides air kg 5,19E-02NMVOC air kg 4,82E-03PAH air kg 1,69E-06PM2.5 air kg 7,82E-03PM10 air kg 1,05E-02PCDD/F (measured as I-TEQ) air kg 3,96E-12Radon-222 air kBq 1,70E+04Sulfur dioxide air kg 1,17E-01
Page 1 and 2: NyOrka Page 1 12/18/2008SIXTH FRAME
Page 3 and 4: NyOrka Page 3 12/18/2008Figure 1 Ov
Page 5 and 6: NyOrka Page 5 12/18/20081 Structure
Page 7 and 8: NyOrka Page 7 12/18/2008to minimize
Page 9 and 10: NyOrka Page 9 12/18/2008conductivit
Page 11 and 12: NyOrka Page 11 12/18/2008meters. In
Page 13 and 14: NyOrka Page 13 12/18/2008Table 3 De
Page 15 and 16: NyOrka Page 15 12/18/2008Storage Mo
Page 17 and 18: NyOrka Page 17 12/18/2008The emissi
Page 19 and 20: NyOrka Page 19 12/18/20084 Electrol
Page 21 and 22: NyOrka Page 21 12/18/20084.1 Hydrog
Page 23 and 24: NyOrka Page 23 12/18/20084.2 Criter
Page 25 and 26: NyOrka Page 25 12/18/2008Table 10 I
Page 27 and 28: NyOrka Page 27 12/18/2008factors. A
Page 29 and 30: NyOrka Page 29 12/18/2008transporta
Page 31 and 32: NyOrka Page 31 12/18/2008Figure 14
Page 33 and 34: NyOrka Page 33 12/18/20084.4 Future
Page 35 and 36: NyOrka Page 35 12/18/2008All steam
Page 37 and 38: NyOrka Page 37 12/18/2008Site prepa
Page 39 and 40: NyOrka Page 39 12/18/20084.5.2 Inte
Page 41 and 42: NyOrka Page 41 12/18/2008example of
Page 43 and 44: NyOrka Page 43 12/18/20088 Referenc
Page 45: NyOrka Page 45 12/18/2008Mansilla1

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