‘One-pot’ ammonia-borane recharging could boost fuel-cell vehicles
Ammonia borane’s (AB) capacity to contain and easily release large amounts of hydrogen has made it an attractive candidate to store the gas for onboard fuel-cell powered vehicles. A major technological...
View ArticleWaste disposal system for military operations
The Micro Auto Gasification System (MAGS) is a compact solid-waste disposal system that is designed for energy-efficient operation onboard naval vessels, in forward-operating military bases and in...
View ArticleReforming ethanol into hydrogen
A group from the University of Canterbury (www.canterbury.ac.nz), and Industrial Research Ltd. (both Christchurch, New Zealand; www.irl.cri.nz), has produced hydrogen from ethanol via steam reforming...
View ArticleA less-expensive process to recover CO2 from PSA offgas
At Achema 2012 (June 18–22; Frankfurt am Main, Germany), Union Engineering A/S (Fredericia, Denmark; www.union.dk) will be presenting its patented FlashCO2 process — both at the exhibition (Hall 9.1,...
View ArticleProduction facility for stabilized sodium slated for startup
A new plant for manufacturing sodium silicide (Na4Si4;diagram), a non-flammable, air-stable powder that reacts with water to generate pure hydrogen, is under development near Niagara Falls, N.Y. by...
View ArticleA method to produce an iron-titanium alloy for H2-storage
A new and inexpensive way to produce TiFe — an alloy with potential as a material for reversibly storing hydrogen — has been developed by the research groups of professors Zenji Horita and Etsuo Akiba...
View ArticleTransporting more H2 gas
The Linde Group (Munich, Germany; www.linde.com) has developed a new storage technology that will enable a much more efficient transport of larger amounts of hydrogen. The new solution works at a...
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