题目：基于废弃物再循环利用的低碳混凝土制备
Upcycling Waste for Low-carbon Concrete Production
时间：2023年04月06日周四10：00－11：00
地点：腾讯会议 ID：463 1304 6117
报告人：杜宏建（新加坡国立大学，土木与环境工程系）
主持人：胡楠（土木工程系）熊焱（土木工程系）
欢迎广大师生参加！
土木与交通学院
2023年04月03日
报告人简介：
杜宏建博士于2007年和2012年分别获得上海交通大学和新加坡国立大学的工学学士和博士学位，曾担任新加坡国立大学的研究员和高级研究员以及澳大利亚斯威本科技大学的讲师，并于2019年回到新加坡国立大学中土木工程系担任高级讲师。杜宏建老师的研究重点在于促进城市的可持续发展的低碳耐用的建筑材料，他曾在全球20多个城市举办研讨会和网络研讨会，并受邀担任爱思唯尔《Journal of Measurement》的客座编辑。杜老师还担任研究资助、期刊文章和国家标准的定期审稿人，他的研究对当地工业和国际社会产生了影响。此外，杜老师是一位对教学充满热情的学者，他致力于在线下和线上课堂中为学生提供富有成效的学习体验并获得2020年新加坡国立大学教务长青年教育家奖和2023年年度教学卓越奖。
Dr. Hongjian Du is an expert in concrete materials and structures. He obtained his BEng and PhD from Shanghai Jiao Tong University in 2007 and the National University of Singapore in 2012, respectively. He worked as a Research Fellow and then Senior Research Fellow at NUS and Lecturer at Swinburne University of Technology, Australia. He returned to the NUS CEE in 2019 as a senior lecturer. His research focuses on low-carbon and durable construction materials for the sustainable development of cities. He has delivered seminars and webinars in more than 20 cities across the world. He was invited to be the guest editor for the Journal of Measurement, Elsevier. He is a regular reviewer for research grants, journal articles and national standards. His research has caused impacts to local industry and international community. Dr. Du is a passionate educator who strives to provide the fruitful learning experience to his students in both lecture theatres and online classrooms. He is the recipient of NUS Provost Young Educator Award in 2020 and Annual Teaching Excellence Award in 2023.
报告摘要：
本次讲座将介绍新加坡国立大学在净零建筑环境方面的研究工作。杜老师将用两个案例来阐述他们利用当地可用的废弃资源进行低碳混凝土生产的研究方法：案例1是在新加坡的回收率仅为13%的废弃玻璃；案例2是新加坡海洋粘土，一种在挖掘过程中产生的建筑垃圾。
This seminar will introduce the research efforts conducted at National University of Singapore towards net-zero built environment. The speaker will use two case studies to elaborate the research methodology: using locally available resources for low-carbon concrete production. Case 1 is waste glass whose recycling rate is only 13% in Singapore. Case 2 is Singapore marine clay, a volumetric construction waste generated in excavation.
