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第202期同路人学术论坛
  发表时间:2015-10-14    阅读次数:

  主题:Biofuel Supply Chain Optimization, Energy Efficiency Analysis and Sustainability Assessment in Life Cycle Perspective

  主讲人:任竞争 博士

1

  时间:10月15日(周四)13:30-15:00

  地点:36365线路检测中心no1103


   主讲人简介:

  任竞争,男,1987年生,博士,现任南丹麦大学助理教授,并被安全与发展政策研究院(瑞典)聘为非常驻研究人员,帕多瓦大学质量与环境研究中心(意大利)聘为客座研究人员,重庆大学聘为兼职研究人员,南京信息工程大学聘为非全时专家。2004年进入重庆大学理工综合班(本硕连读资格),2008年毕业于重庆大学化学工程与工艺专业,获学士学位,同年保送重庆大学化学工程与技术专业攻读硕士学位,提前一年毕业获硕士学位,后进入东华工程科技股份有限责任公司(原化工部第三设计院)从事化工过程模拟与工艺设计相关方面的工作,2012年以满分的成绩进入帕多瓦大学攻读博士学位,2015年获得博士学位,荣获2014年国家优秀自费留学生奖学金。20151月至6月在南丹麦大学(丹麦)从事博士后研究,20157月被聘为该校助理教授。在国际国内著名期刊如, Renewable & Sustainable Energy Reviews, Energy, Bioresource Technology, AIChE Journal Energy Conversion and Management, International Journal of Hydrogen Energy, Journal of Cleaner Production, Transportation Research Part D: Transport and Environment, Waste Management, and International Journal of Life Cycle Assessment发表论文40余篇,其在多准则决策和低碳能源战略管理方面的系列研究成果基础上,其提出的多角色决策来替代民主决策以应对气候变化的观点被NatureCorrespondence的形式录用,将于近期发表,担任国际期刊Engineering Management Research编委会成员,国际期刊Resources,Conservation and Recycling客座编辑 并担任二十多个国际期刊的审稿人。其研究方向主要包括工业生态 (可持续导向的工业过程优化、可持续评价、低碳交通等)、能源系统工程(能源规划、能源安全、能源战略等)和过程系统工程,其研究成果在学界和业内受到广泛关注,其两篇研究成果被国际著名学术网站Renewable Energy Global Innovations作为Key Scientific Article进行亮点报道,该网站同时对其和其系列研究成果进行特别报道。


  主讲内容简介:

    Biofuel has been regarded as a promising alternative scenario for substituting the traditional fossil fuels for emissions mitigation and energy security enhancement.  Assessing the life cycle energy efficiency of various pathways for biofuel production, differentiating efficient and non-efficient scenarios, and identifying wasteful energy losses in biofuel production are of vital importance for the decision-maker to select the most energy-efficient technology for biofuel production and to take effective measures for improving energy efficiency. Meanwhile, sustainability assessment of various pathways for biofuel production can help the stakeholders/decision-makers to select the most sustainable scenario for biofuel production in life cycle perspective, and further for promoting sustainable development. Moreover, models for biofuel supply chain design with the considerations of different objectives under different conditions are also significantly important for planning the development of biofuel industry.

    In order to address these, we developed various novel and feasible models for finding efficient biofuel production scenarios and designing biofuel supply chain by optimizing life cycle cost, life cycle sustainability performance, life cycle energy consumption, and life cycle CO2 emission under different conditions. This presentation will present a systematic study on Biofuel Supply Chain Optimization, Energy Efficiency Analysis and Sustainability Assessment in Life Cycle Perspective.

  

  欢迎各位老师和同学前来参加!

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