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Hydrogen Energy:     more books (100)

Handbook of Hydrogen Storage: New Materials for Future Energy Storage HYDROGEN - Hot Stuff Cool Science 2nd edition: Discover the Future of Energy by Rex A. Ewing, 2007-04-01 Hydrogen: Running on Water (Energy Revolution) by Niki Walker, 2007-02-28 The Solar Hydrogen Civilization: The Future of Energy Is the Future of Our Global Economy by Roy McAlister, 2003-07 Tomorrow's Energy: Hydrogen, Fuel Cells, and the Prospects for a Cleaner Planet by Peter Hoffmann, 2002-09-09 Hydrogen Energy: Challenges and Prospects (RSC Energy Series) by David A. J. Rand, R. M. Dell, 2008-01-15 From Windmills to Hydrogen Fuel Cells: Discovering Alternative Energy (Chain Reactions) by Sally Morgan, 2008-06 Nanomaterials for Solid State Hydrogen Storage (Fuel Cells and Hydrogen Energy) by Robert A. Varin, Tomasz Czujko, et all 2008-12-18 Natural Gas and Hydrogen (Energy and the Environment) by John Tabak, 2009-04-30 Solar Hydrogen Energy by T.Nejat Veziroglu, etc., et all 1991-04-11 Energy Storage by Robert A. Huggins, 2010-09-01 Hydrogen and Syngas Production and Purification Technologies by Ke Liu, Chunshan Song, et all 2010-01-07 Hydrogen Age, The: Empowering a Clean-Energy Future by Geoffrey Holland, James Provenzano, 2007-09-14 Innovation, Markets and Sustainable Energy: The Challenge of Hydrogen and Fuel Cells

lists with details

161. H2 Lab.
     How well can you drive on wind and water? Familiarise yourself with the hydrogen cycle. In this hands on simulation you generate energy with wind then use the energy to produce hydrogen from water and finally fuel a virtual car with the hydrogen that you have produced.  
     http://www.h2-lab.com

162. HydrogenSource - Technology
     A fuel processing system converts hydrocarbon or other organic fuels to hydrogen of composition and purity suitable for fuel cell operation. The fuels include petroleum derived liquids, such as naphtha and gasoline, petroleum derived gases, such as methane and propane, and other fuel such as methanol and ethanol.  
     http://www.hydrogensource.com/technology.html
     
     Extractions: What is a fuel processing system? A fuel processing system converts hydrocarbon or other organic fuels to hydrogen of composition and purity suitable for fuel cell operation. The fuels include petroleum derived liquids, such as naphtha and gasoline, petroleum derived gases, such as methane and propane, and other fuel such as methanol and ethanol. The product hydrogen gas must be supplied at temperature, humidity and purity level determined by the type of fuel cell using the hydrogen. The conversion process is carried out in a fuel processing train. The "train" is a series of chemical reactors which sequentially effect changes to the fuel to bring it to fuel cell requirements. One of the most critical steps in the process train is the step to remove sulfur from the source fuel. Reducing the fuel sulfur content to very low levels, parts per billion, makes the subsequent processing steps easier and insures high product purity. The second step in the train is the primary conversion step. Here the source fuel is broken down and a product is produced which is primarily hydrogen, carbon dioxide and carbon monoxide. The composition at this point depends on the primary process. It may be catalytic steam reforming, autothermal reforming, partial oxidation or other processes. When reforming is used steam is supplied to the reactor to enhance the quantity of hydrogen produced. Partial oxidation requires no steam but produces less hydrogen per unit of fuel than the reforming processes.

163. Electrochemical Energy Systems: Water Electrolysis And Hydrogen Generation
     Hamilton Sundstrand Space Systems International Inc., is a manufacturer of Oxygen and hydrogen Generating equipment utilizing Proton Exchange Membrane (PEM) Water Electrolysis.  
     http://www.hsssi.com/Applications/EChem/

164. IAEA-TECDOC--1085
     technical report (IAEATECDOC1085) hydrogen as an energy carrier and its production by nuclear power  
     http://www.iaea.or.at/inis/aws/htgr/abstracts/abst_30027279.html
     
     Extractions: see also: Nuclear Power Technology Development Section about HTGR about ADS Power Reactor Information System (PRIS) ... INIS Bibiographic Database International Atomic Energy Agency, Vienna (Austria) Abstract view the full text of this report (format: PDF, size= 21981kB, 335 pages) Chapters Contents (format: PDF, size= 210kB, 4 pages) 1. Introduction (format: PDF, size= 313kB, 6 pages) 2. Nuclear Power and its Potential for Hydrogen Generation (format: PDF, size= 1450kB, 26 pages) 3. Safety Considerations concerning Nuclear Power Plants associated with Process Heat and/or Hydrogen Production (format: PDF, size= 2020kB, 30 pages) 4. Energy Situation and Activities on Nuclear Power with potential use for Process Heat and Hydrogen Production in some exemplary Countries

165. Teledyne Energy Systems' Hydrogen Generators Produce Hydrogen And Oxygen Gases U
     Teledyne energy Systems, Inc. homepage for Fuel Cells, Electrolytic hydrogen/Oxygen Generators and Fuel Cell Test Equipment Products.  
     http://www.teledyneenergysystems.com/titan.asp
     
     Extractions: Fuel Cell Test Station Series ... News Releases Teledyne Energy Systems, Inc. (TESI), is a world leader in developing and delivering on-site electrolytic hydrogen/oxygen gas supply systems. The TELEDYNE TITAN™ series hydrogen/oxygen gas generators utilize the principle of water electrolysis to produce high-purity gases (to over 99.9998%) at useable pressures. The compact design and rugged construction of these generators makes them ideal for industrial or laboratory use and the PLC controls make them easy to operate. The oxygen by-product of most TITAN™ series gas generators can be purified to deliver a high-purity oxygen product free of hydrocarbons. Teledyne's gas generators have been in operation worldwide for over 30 years. In addition to gas generators we also provide complete hydrogen and oxygen production and storage systems including high-pressure gas compression, storage, quality and safety instrumentation, and system engineering. Our H Oasis™ Hydrogen Gas Station integrates a complete hydrogen production and storage system into a convenient, easy to install and commission portable all-weather building.

166. PRODUCTION OF HYDROGEN BY THERMOCATALYTIC CRACKING OF NATURAL GAS
     Florida Solar energy Center researchers are investigating a singlestep process for the production of hydrogen from thermocatalytic cracking of methane  
     http://search.dis.anl.gov/plweb-cgi/idoc_oit.pl?216 unix op no _free_user_ searc

167. Research Home Page
     A technology developed by National Renewable energy Laboratory, Oak Ridge National Laboratory and Eprida provides renewable hydrogen production while sequestering large amounts of carbon; a profitable sequestration technology.  
     http://www.eprida.com/hydro

168. AN OVERVIEW OF HYDROGEN PRODUCTION FROM KRW OXYGEN-BLOWN GASIFICATION WITH CARBO
     All the process elements are commercially available to operate coal gasification so that it can produce electricity, hydrogen, and carbon dioxide while delivering the same Mw quantity of power. To judge the overall impact of such a scheme, a fullenergy cycle must be investigated (Fig. 1). Fig .2 shows an oxygen-blown KRW integrated gasification combined-cycle plant producing hydrogen, electricity, and supercritical-CO2.  
     http://www.netl.doe.gov/coalpower/gasification/pubs/pdf/hydrogen.pdf

169. Troubled Times: Algae Hydrogen
     Brief story about research that may lead to the production of hydrogen gas by algal photosynthesis.  
     http://www.zetatalk.com/energy/tengy14r.htm
     
     Extractions: Researchers have found a metabolic switch in algae that allows the primitive plants to produce hydrogen gas - a discovery that could ultimately result in a vast source of cheap, pollution-free fuel. Hydrogen, which can be used as a clean-burning fuel in cars and power plants, is virtually limitless in availability, because it is part of the water molecule. It is a candidate to become the world's primary fuel in coming decades. But until now, it was obtainable in quantity only through relatively expensive extraction procedures involving the electrolysis of water or processing natural gas.

170. Biotechnology Processes For Production Of Hydrogen
     We are investigating three microbiological processes for the production of hydrogen dark fermentation, photofermentation, and biophotolysis.  
     http://www.inel.gov/energy/fossil/hydrogen/bioproduction.shtml

171. HyWeb -- The Hydrogen And Fuel Cell Information System In The Internet
     Translate this page welcome to HyWeb – the hydrogen and Fuel Cell Information System in the Internet. willkommen HyWeb – das Wasserstoff- und Brennstoffzellen  
     http://www.hyweb.de/

172. Impression De La Page
     Translate this page Accueil.  
     http://www.afh2.org/

173. SHEC Labs
     Become an Investor. Attend an Informational Meeting.  
     http://www.shec-labs.com/

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