ORANO Chimie-Enrichissement Co.for the financial support of this project。
Undoped nickel-based catalysts supported on depleted uranium oxide allow one to carry out CO_(2)methanation process under extremely low reaction temperature under atmospheric pressure and powered by a contactless indu...
funding from the Ministry of Science and Higher Education of the Russian Federation (Ural Federal University Program of Development within the Priority-2030 Program)is gratefully acknowledged.
Using a newly developed experimental setup,the features and advantages of an autothermal single-casing atmospheric sub-bituminous coal fluidized bed air-blown gasifier,combining a combustion and gasification section,a...
JST Grant Number JPMJPF2104,Japan,and the National Natural Science Foundation of China(No.U1710101),P.R.China.Z.Zhao gratefully acknowledges China Scholarship Council(CSC);Y.Situmorang gratefully acknowledges the scholarship from Ministry of Education,Culture,Sport,Science and Technology(MEXT)of Japan.
Currently,CO_(2) conversion and utilization have become a key to mitigate the global warming.In this study,a novel separate-type autothermal dry reforming of methane(S-ATDRM)system is proposed and simulated,in which t...
Ammonia synthesis reactors operate in conditions of high pressure and high temperature. Consequently, the flow inside these reactors always presents interaction between components in the feed mixture. A modeling accou...
NaBH4 sodalites were obtained by two new modified methods of crystallization: (1) autothermal synthesis and (2) crystallization with crossover from gel to melt flow in NaOH flux. Syntheses results were presented accor...
This work was supported by the National Natural Science Foundation of China (Grant No. 51406182) and Talented Young Scientists Program (No. INA-14-003).
This paper explored the feasibility and benefit of CO2 utilization as gasifying agent in the autothermal gasification process. The effects of CO2 injection on reaction temperature and producer gas composition were exa...
Supported by the National Natural Science Foundation of China(21037001,21076091,21307049);the National Key Project for Basic Research of China(2008BAC32B06-1);Yunnan Province High-tech Talent Introduction Project(2010CI110);the Important Yunnan Province's Science&Technology Specific Project(2012ZB002);the Yunnan Science Foundation(2013FZ032,14118583)
Partial oxidation gasification in supercritical water could produce fuel gases(such as H2, CO and CH4) and significantly reduce the energy consumption. In this work, an energetic model was developed to analyze the par...
supported by National Natural Science Foundation of China(21076206,21376237);National Key Foundational Research Project(973) of China(2010CB732302);National High Technology Research and Development Program(863) of China(2011AA050706)
The effects of Ce-ZrOx, Ce-LaOx, Ce-SmOx and Ce-GdOx additions to Rh/Al2O3 catalysts on methane autothermal re-forming were investigated. Activity tests showed that the addition of Ce-ZrOx could significantly reduce t...
In this paper, the effect of catalyst shape and characteristics has been investigated where five types of a catalyst were examined under the same operation conditions, where catalysts are similar in the chemical prope...