technology of nitric acid production with non-platinum aerosolas nanocatalyst
M. Glikin
Science and Technology Center in Ukraine, UA
Keywords:
aerosol, catalysis, catalyst, nanoparticle, nanocatalyst, activation fluidisation, vibrating, mechanical and chemical activation
Abstract:
Aerosol nanocatalysis uses the effect of the active surface of nanoparticle. The reaction rate is increased 10000-100000 times compared with traditional catalysis. Allowes avoid use of platinum grids. Conversion degree near 100% and the selectivity of nitrogen oxide above 99% is achieved with Fe2O3 as nanocatalyst and temperature 700C.
Nanotech 2008 Conference Program Abstract
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