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On the most important:
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Science reporting session
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Abstracts 2011
Abstracts 2012
Abstracts 2013
Abstracts 2014
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He main directions of development of hydrogen energy (review)
Hydrogen energy: storage and transportation of hydrogen (review)
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Monograph.
Basic problem of hydrogen energy.
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Structured catalysts for combined oxidative reforming
of C1-4-alkanes to synthesis-gas
Area of applications
The catalysts can be used for producing synthesis gas (with regulated ratio H2/CO = 1–3) by combined O2–CO2–H2O reforming of natural gas (methane and its homologues) for subsequent synthesis of ammonia, methanol, diethyl ether and Fischer-Tropsch synthesis.
Brief description
Highly efficient monolithic catalyst of honeycomb structure with low content of the active component and low gas dynamic resistance allows carrying out the combined process of oxidative conversion of С1-С4 alkanes to produce syngas with a range of ratio H2/CO – from 1 to 3 with high selectivity concerning target products including in conditions close to the autothermal regime.
Expected results
Optimization of technology for producing synthesis gas and hydrogen by combined O2–CO2–H2O reforming of methane and its homologues.
Advantages
Proposed methane tri-reforming process is characterized by high yields of hydrogen, reduced energy consumption for the syngas production (as compared with the industrial process of steam reforming), the possibility of varying the ratio of H2/CO and use of greenhouse as well as waste gases as feedstock.
Designed catalysts are characterized by high output, resistance to coking, low gas dynamic resistance, wide operating temperature range (500–1000°C), an absence of the precious metals within catalyst composition.
Competitors
At the moment, competitive analogues for developed structured catalysts for tri-reforming of methane and its homologues are not known in Europe and the CIS.
Project development
Optimum composition (loadings of the main components, the secondary carrier and modifying additives) as well as a method of catalyst preparation are defined.
Intellectual Property
L.V.Pysarzhevsky Institute of Physical Chemistry, National Academy of Sciences of Ukraine
Contact information
Executive:
L.V.Pysarzhevsky Institute of Physical Chemistry, National Academy of Sciences of Ukraine
Project №7 «Production of hydrogen by the combined reforming of natural gas and methanol on the structured catalysts»
Контактна особа:
Doctor of Chemical Sciences
Sergiy Soloviev
Е-mail:soloviev@inphyschem-nas.kiev.ua
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