Green and Low Carbon Building Materials
編號：449
訪問權限：僅限參會人
更新：2022-05-19 17:20:45
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特邀報告
報告開始：2022年05月26日 09:10 （Asia/Shanghai）
報告時間：30min
所在會議：[P1] May 26, 8:30-12:00, Opening Ceremony and Plenary Session [P1] Opening Ceremony & Keynote Speech
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摘要
Under the background of implementing the dual-carbon strategy, carbon emission in the construction field takes up significant portion of the total emission and is continuously rising year by year, which brings new challenges to the construction industry. In this presentation, the current situation and trend of carbon emission in global and Chinese construction industry, as well as energy consumption and carbon emission in the whole process of construction are firstly analyzed. Founded on such analysis, the leading technologies of carbon capture, utilization and storage are introduced, along with the latest key technologies relevant to green and low-carbon building materials recommended and introduced. These are provided to be candidate measures for coping with the challenges of carbon emission reduction and carbon neutralization in the construction industry.
關鍵字
報告人
Changwen MIAO
Professor Academician of the Chinese Academy of Engineering, Chairman of the International Green Building Alliance, Professor of Southeast UniversityProfessor Miao Changwen, academician of Chinese Academy of Engineering (CAE), building materials expert, professor and doctoral supervisor of Southeast University, director of the Academic Committee of Southeast University, chairman of International Joint Laboratory for Advanced Civil Engineering Materials, chairman of International Green Building Alliance.
He has been engaged in theoretical research on civil engineering materials and application research on engineering technology for a long time, has made great contribution in the research areas of key technology of crack resistance of concrete, service life extension and durability improvement of major infrastructure engineering, and multifunctional materials for civil engineering, and successfully passed the inspection of major engineering project construction. He has successively won 3 second prizes of the National Science and Technology Progress Award, 1 second prize of the National Invention Award, 6 first prizes of the Provincial and Ministerial Science and Technology Progress Award, 82 national invention patents, published 4 monographs and more than 200 papers. He enjoys a high reputation in the world.
He has been engaged in theoretical research on civil engineering materials and application research on engineering technology for a long time, has made great contribution in the research areas of key technology of crack resistance of concrete, service life extension and durability improvement of major infrastructure engineering, and multifunctional materials for civil engineering, and successfully passed the inspection of major engineering project construction. He has successively won 3 second prizes of the National Science and Technology Progress Award, 1 second prize of the National Invention Award, 6 first prizes of the Provincial and Ministerial Science and Technology Progress Award, 82 national invention patents, published 4 monographs and more than 200 papers. He enjoys a high reputation in the world.
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