Kuliah tamu dari Professor Cheng Zhong Yu (ARC Future Fellow, Australian Institute of Bioengineering and Nanotechnology), Professor Jorge Beltramini (ARC Centre of Excellence for Functional Nanomaterial, AIBN, The University of Queensland, Australia), dan Dr Xu Zong (School of Chemical Engineering, The University of Queensland, Australia) akan diadakan pada
Hari: Sabtu
Tanggal: 24 Agustus 2013
Pukul: 12.30-14.30
Lokasi: Kampus Kalijudan (B105-106)
Topik: Functional Nanomaterials: Why Nano ? (Professor C.Z. Yu); Nanostructured Catalyst Design for Biomass
and Solid Waste
Valorization into Hydrogen and Fuels(Professor J. Beltramini); Solar fuel generation (Dr Xu Zong).
All welcome to attend. Para alumni yang tertarik untuk menghadiri kuliah tamu tersebut silahkan untuk datang.
Sekilas tentang Professor Cheng Zhong Yu
Prof Chengzhong Yu is an ARC Future Fellow and Group Leader in the
Australian Institute for Bioengineering and Nanotechnology (AIBN), the
University of Queensland. His research focuses on applied functional nano-materials
for biotechnology, clean energy and environmental applications. He has
published > 150 journal papers in leading international journals, such as Nature Materials, J. Am. Chem. Soc., Angew. Chem. Int. Ed., Small, Adv. Mater., Adv. Funct. Mater., Chem. Mater.; Chem. Commun. These journal publications have been
cited over 6600 times and resulted in an average citation per item of 44 and an
H-factor of 42.
He has attracted 4 DP (CI), 1 Future Fellowship and 2 LIEF grants from
the Australian Research Council, 1 grant from the Cancer Council of Queensland
(CCQ), 1 Queensland Research Partnership Project (RPP), and 12 grants from the
National Science Foundation of China, Shanghai Science and Technology
Committee, and the State Key Research Program of China before he joined AIBN in
2010. He has received many national awards from both Australia and China.
Awards
and Distinctions:
2009: The Australian
research council Future Fellowship
2009: The innovation
award of the Chemistry Academy of China – BASF
2009: The Young
Scientist Award of the Ceramic Society of China
2005:
The "New Century Scientist" Award of Chinese Education Ministry.
2004:
"Young Scientist Award" of the Chemistry Academy of China
2004:
the Author of National Excellent Doctoral Dissertation of China
2004:
Second prize of the National Science Award of China (Ranked 3/5)
2003: First prize of
Shanghai Science & Technology Progress Award (Ranked 2/5)
Sekilas tentang professor Jorge Beltramini
Senior Research Fellow, ARC Centre of Excellence for Functional Nanomaterials, AIBN,
University of Queensland
• Nanomac Group Leader Clean Energy Catalysis Group
• Project Leader (Saudi Aramco) Industrial collaborative research project on catalytic
membrane reactors for hydrogen production from oil
• Project Leader (Australia-India Research Strategy Fund – DIISR/ IIT Chennai - India)
Catalytic Conversion of Carbohydrates as Renewable Raw Materials to Key Platform
Chemicals.
• Project Leader (NIRAP project with DICP, Dalian, China) Development of innovative
catalytic systems for XTL and hydrogen production.
• Co-Investigator (CLET Project) Proof of Concept Engineering Systems for Catalytic
Membrane Reactors in Coal Gasification
• Project Supervisor of Hydrogen production from sugars and carbohydrates
• Project Supervisor on Deoxygenation of fatty acids into gasoline and diesel
• Project Supervisor on direct synthesis gas conversion into ethanol and higher alcohols
University of Queensland
• Nanomac Group Leader Clean Energy Catalysis Group
• Project Leader (Saudi Aramco) Industrial collaborative research project on catalytic
membrane reactors for hydrogen production from oil
• Project Leader (Australia-India Research Strategy Fund – DIISR/ IIT Chennai - India)
Catalytic Conversion of Carbohydrates as Renewable Raw Materials to Key Platform
Chemicals.
• Project Leader (NIRAP project with DICP, Dalian, China) Development of innovative
catalytic systems for XTL and hydrogen production.
• Co-Investigator (CLET Project) Proof of Concept Engineering Systems for Catalytic
Membrane Reactors in Coal Gasification
• Project Supervisor of Hydrogen production from sugars and carbohydrates
• Project Supervisor on Deoxygenation of fatty acids into gasoline and diesel
• Project Supervisor on direct synthesis gas conversion into ethanol and higher alcohols
FIELD OF EXPERTISE
Dr Jorge Beltramini, is a Senior Research Fellow with more than 25 years of experience
in the main areas of Petroleum Refining Technologies, Solid State Catalysis, Surface
Characterization, Material Science, Reactor Design and Modelling. He hold academic and
industrial appointments in Argentina, Saudi Arabia and Australia. He is a recognized authority
in the field of catalysis sciences as testified by the more than 160 scientific and technical papers
delivered at international forums and published in international referee Journals. His present
research interests include the development of new nanoporous siliceous and non-siliceous
materials and their functionalization to be used as catalysts for new sustainable green chemical
technologies as well as innovative membrane reactors. His work at the Centre involves the
synthesis, manipulation, and the physical, chemical and catalytic characterization of new
nanomaterials for natural gas, coal, biomass conversion into valuable chemicals, clean
hydrogen production, reformulation of heavy residues, waste plastic degradation into fuels and
heterogeneization of homogeneous catalysis for fine chemicals production.
Dr Jorge Beltramini, is a Senior Research Fellow with more than 25 years of experience
in the main areas of Petroleum Refining Technologies, Solid State Catalysis, Surface
Characterization, Material Science, Reactor Design and Modelling. He hold academic and
industrial appointments in Argentina, Saudi Arabia and Australia. He is a recognized authority
in the field of catalysis sciences as testified by the more than 160 scientific and technical papers
delivered at international forums and published in international referee Journals. His present
research interests include the development of new nanoporous siliceous and non-siliceous
materials and their functionalization to be used as catalysts for new sustainable green chemical
technologies as well as innovative membrane reactors. His work at the Centre involves the
synthesis, manipulation, and the physical, chemical and catalytic characterization of new
nanomaterials for natural gas, coal, biomass conversion into valuable chemicals, clean
hydrogen production, reformulation of heavy residues, waste plastic degradation into fuels and
heterogeneization of homogeneous catalysis for fine chemicals production.
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