Environmental hydrogen production

Patsoura, A., Kondarides, D.I., and Verykios, X.E. (2006) Enhancement of photoinduced hydrogen production from irradiated Pt/Ti02 suspensions with simultaneous degradation of azo-dyes. Applied Catalysis B Environmental,... 

Muradov, N. et al., Environmentally compatible processing of residual oil with simultaneous hydrogen production, in Energy and Environmental Progress, Vol. D, Veziroglu, N., Ed., Nova Science, New York, 105,1991. 

C02 sequestration technology is a viable contender among a set of options to stabilize the atmospheric C02 level over the next few decades (Lackner, 2002). The technical ability to start such a process exists today, but the institutional structures required to reduce C02 emissions are still missing. For hydrogen production, carbon sequestration at the very least will buy time for alternatives to fossil fuels to become competitive. It is, however, equally possible that carbon sequestration removes the major environmental obstacles to the use of fossil fuels in which case it may prove competitive with alternatives for a long time to come. 

A. A. Tsygankov (2001) Hydrogen production by purple bacteria immobilized vs. suspension culture. In Biohydrogen II. An approach to environmentally acceptable technology. (Miyake, Matsunaga, San Pietro Eds). - Amsterdam, Pergamon,. pp. 229-244... 

Vidas, H. (2007). Natural Gas Infrastructure Requirements for Hydrogen Production. Energy and Environmental Analysis. Presentation at the USDOE Hydrogen Analysis Deep Dive meeting. San Antonio, TX, March 22, 2007. 

However, the discussion on social impacts cannot only be limited on the propulsion system but must also include the production, transport, delivery and storage of hydrogen. (For more background information on the discussion of energy production and environmental impacts, see EEA, 2006b EPA, 2007 IAEA, 2007.) Important new impacts of hydrogen based on hydrogen production include ... 

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