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重點試驗室學術申報會告訴(2020.01.02)

文章起源:生物資熱化學轉化研討室  |  宣布時光:2019-12-30  |  【打印】 【封閉

  

  應中國迷信院可再生動力重點試驗室和台灣省新動力和可再生動力研討開辟與運用重點試驗室的約請,英國思克萊德大學University of Strathclyde)化學工程系的Dr. Xiaolei Zhang高等講師將于2020102日在所舉辦學術申報會。 

    

  申報會支配以下: 

  時光:20200102 下晝14:30-16:30 

  所在:生物資大樓910會議室 

  申報標題:Thermochemical Conversion of Biomass Waste to Advanced Fuels and Materials 

  申報人簡介: 

  Dr Xiaolei Zhang is a Senior Lecturer (Associate Professor) at University of Strathclyde. UK since July 2019. She received a Ph.D. degree from Royal Institute of Technology-KTH, Stockholm, Sweden in 2013, and worked as a Post-doctoral Research Fellow at University of Alberta, Canada for 14 months. From January 2015 to June 2019, she worked at Queen’s University Belfast as a Lecturer (assistant professor) before joined University of Strathclyde in July 2019 as a Senior Lecturer under Strathclyde Global Talent Programme. Dr Zhang’s group is working on solid waste valorization through thermochemical conversion technologies and further upgrading. The final products of interest include fossil compatible fuel, fuel additives, and bio-chemicals. Dr Zhang has published 37 Journal papers in leading journals in the area of renewable energy, such as Green Chemistry, Applied Energy, Fuel, Renewable & Sustainable Energy etc. and she is currently leading several research projects from various funding bodies in the UK including EPSRC (The Engineering and Physical Sciences Research Council), Leverhulme Trust, and industry. More information can be found at: http://www.chenghemedia.com/ 

  申報摘要: 

  There is a global imperative to forward circular economy and, at the same time, to improve the efficiency of utilizations of natural, renewable, and waste resources. To date, various technologies for valorization of solid wastes into fuels and chemicals have shown commercial promise. Fully industrialization is yet to be achieved and the fundamental understanding of the conversion process is still lacking. Accordingly, the scope of this presentation is to fill this essential knowledge gap by mapping the chain of solid wastes to fuels and materials from a fundamental level based on multi-scale investigation methodologies. The talk also provides fundamental insights  of the conversion of these technologies, together with identifying key challenges for bio-fuels and bio-materials. 

    

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