张战国主任研究员学术报告

时间:2011-11-20阅读次数:48

 
   间:二〇一一年十一月二十四日 上午9:0012:00
   点: 中心会议室
主讲人:张战国 主任研究员
  目:Fluidized Bed MTB Catalyst and Process Development
  要:
Direct conversion of methane to petrochemicals, particularly aromatics, remains a formidable challenge. The non-oxidative methane dehydroaromatization to benzene and naphthalene over Mo/HZSM-5 catalyst has proven it a promising alternative way to produce the aromatics from methane resources. But the equilibrium-limited low CH4 conversion and rapid deactivation behavior of the catalyst requires that the reaction be operated at a severe condition and in a mode in which the continuous regeneration of deactivated catalyst is allowable. This thus arises many practical problems to be considered. We have involved the research and development on methane dehydroaromatization catalyst and process since 1999. Very recently we have also successfully developed a novel approach for rapid evaluation of the intrinsic maximum benzene formation activity of Mo/HZSM-5 catalyst attained over very short time on streams at very high space velocities. In this presentation, in addition to the summary of some previous achievements, such recent progresses in the fundamental study of this reaction will be addressed.
张战国 主任研究员简介
   
张战国博士是日本产业技术综合研究所能源技术研究部主任研究员(教授),中科院过程所及西北大学客座教授。1982年本科毕业于中国西北大学化工系(学士学位),于1989年取得日本国立东北大学工学博士学位。他的主要工作经历与研究经历如下:
    1989/41990/3:日立制作所日立研究所特别研究员;1990/51993/7Univ. of Waterloo 博士后;1993/91995/8:日本国立东北大学助理教授;1995/91997/11()日本工业技术研究院北海道工业技术研究所NEDO工业技术研究员;1997/121998/5:日本产业创造研究所主任研究员;1998/6~至今:日本产业技术综合研究所能源技术研究部主任研究员。
    主要研究内容:煤加氢脱硫、裂解、半焦气化、催化气化机理、煤的喷流床高温气化、流化床催化气化、及煤焦油的二次变换、煤液化油加氢改质;甲烷化学变换及制氢、甲烷低温二段变换、分解、无氧催化芳构化等催化反应研究、生物发酵气制氢及热电变换工艺开发、氢气分离金属膜开发等。
化学工程学院
教授 邀请
一一年十一月二十日