Assoc. Prof. Jianhua Qu
Northeast Agricultural University
Personal Web Sites: http://cc.neau.edu.cn/bssds/cx.asp?id=1091
Speech Title: Preparation of biochar-based functionalized materials for remediation of soil and water pollution
Abstract: At present, because of the accelerated development of industrialization, environmental pollution is increasingly serious, including the pollution of organic matter and heavy metals. At the same time, straw and other biomass are not fully utilized, resulting in carbon loss. Therefore, converting straw into functional biochar materials for environmental pollution remediation has become a research hotspot in recent years. However, the original adsorption capacity of biochar was limited, so functional materials with wide pH range, excellent adsorption performance and bioenvironmental friendliness could be prepared by surface activation, functional groups grafting, nanoparticles loading and bacteria combination. Therefore, we discussed about diffrernt synthesis mechanisms of functionalized biochar with adsorption performance and mechanisms for typical pollutants in environment.
Brief introduction: Dr. Qu, he received his doctor's degree from Harbin Institute of Technology and received one year's joint training in National University of Singapore. At present, he is an associate professor/doctoral supervisor of College of Resources and Environment, Northeast Agricultural University. He has been engaged in environmental pollution remediation research based on soil and water multi-interface and multi-process regulation for a long time. In the past five years, he has presided over 6 national and provincial projects, including the National Natural Science Foundation of China, China Postdoctoral Foundation, Heilongjiang Innovative Talents Project, Heilongjiang Postdoctoral Foundation, and Heilongjiang Key Teaching Reform Project. He has published more than 40 SCI papers in this field and 20 SCI papers as the first/corresponding author, including 17 papers published in the First field of the Chinese Academy of Sciences, 1 hot topic paper and 3 highly cited SCI papers.
Assoc. Prof. Zhaohan zhang
Harbin Institute of Technology
Personal Web Sites: http://homepage.hit.edu.cn/zhangzhaohan
Speech Title: Enhancing bioelectron transfer and methane production with nano-meidators and voltage in anaerobic wastewater treatment systems
Abstract: Anaerobic wastewater treatment have the Superiority, such as high organic load, low energy consumption, strong impact resistance, biogas and other energy recovery, lower sludge production, etc. However, it has the problems of Slow start-up, sensitive to toxic wastewater, and easy inhibition of methanogenic process. Enhancing anaerobic wastewater treatment efficiency is essential. Various methods including nano-media and direct voltage were developed to enhance the anaerobic treatment efficiency and methane production. We developed carbon and iron materials for enhancing anaerobic digestion, and also clarified the strengthening mechanisms of mediators. We also found voltage addition could promote 23% more cumulative CH4 production by enhancing the interspecies electron transfer between microbials in anaerobic process. The coupling effect of nano-mediator and direct voltage was also investigated. The results would provide the theoretical supports for enhancing the anaerobic treatment efficiency by nano-meidator and voltage.
Brief introduction: Assoc. Prof. Zhaohan Zhang, he got his Ph.D from Harbin Institute of Technology, Master and Bachelor degree from Harbin Engineering University. He has been working in Harbin Institute of Technology as a Lecture (2011-2019), Associate Professor (2019-) and Doctoral Supervisor(2020-). He is now the deputy director of the Department of Environmental Ecology. He focused on the research on wastewater treatment and energy/resources recovery, Environmental nanotechnology. He has published more than 70 papers, including 50 SCI paper. H index is 18. He also published 2 monographs.
Assoc. Prof. Quanqing Yu
Harbin Institute of Technology
Personal Web Sites: http://homepage.hit.edu.cn/YUQUANQING
Speech Title: Fire safety issues and countermeasures for the battery system of new energy vehicles
Abstract: In recent years, the frequent fire accidents of new energy vehicles have greatly reduced consumer confidence in purchasing. The cause of fire accidents is often attributed to the failure to detect the fault of battery system early and take reasonable countermeasures, and then allow the fault to gradually evolve to the thermal runaway of the battery system. Safety monitoring, fault diagnosis and risk assessment of battery systems have become current research hotspots and difficulties. This report focuses on the fire safety problems and countermeasures of the battery system of new energy vehicles. It describes: 1) Multi-dimensional statistical laws of battery system fire accidents; 2) Potential failure modes, inducements and failure modes of the battery system; 3) Fault diagnosis approaches of the battery system; 4) Countermeasures for thermal runaway of battery system; 5) Comment on relevant safety test standards of battery system.
Brief introduction: Brief introduction of your research experience: Quanqing Yu, Ph.D., associate professor of Harbin Institute of Technology. Dr. Yu is the deputy director of the Intelligent Vehicle Engineering, and a visiting scholar at Wayne State University, and University of Maryland, College Park. Currently serving as a member of the Transportation Electrification Professional Committee of the Power Supply Society, a member of the Youth Working Committee of the China Electrotechnical Society, the Secretary-General of the Advanced Energy Storage Science and Application Group of the Youth Working Committee, and the Secretary-General of the IEEE PES (China) Power Battery Subcommittee. Dr. Yu Mainly engaged in new energy vehicle power battery system management, artificial intelligence technology, health management and fault diagnosis based on edge-cloud big data. Presided over the National Natural Science Foundation of China, the Shandong Provincial General Fund, the sub-project of the Army Equipment Department, etc. He has applied for 17 invention patents, published a total of 35 research papers, which were cited more than 1,600 times, of which 19 were included in SCI, and 7 were selected as ESI highly cited papers successively. Won the Best Paper Award of the ICEEE2017 International Conference, the Excellent Paper Award of the 2019 Electrotechnical Society Annual Conference, the 4th High Impact Paper Award of Journal of Mechanical Engineering, the 2020 Outstanding Paper Award of Chinese Society of Mechanical Engineering, the Best Paper Award of 34th International Electric Vehicle Conference. Served as reviewer for Appl Energy, IEEE Trans. Ind Electron., IEEE Trans. Power Electron. and more than 20 journals. He is also the editor board member of Energies, Mechanical Engineering Science, Chinese Journal of Electrical Engineering, and served as guest editor of Chinese Journal of Mechanical Engineering, Energy and AI, IET Intelligent Transport Systems, and International Journal of Green Energy, etc.
Assoc. Prof. Alina Steblyanskya
Harbin Engineering University
Speech Title: GDP growth under environmental constraints: the case of Russia
Abstract: The paper’s theoretical significance lies in the complex conceptual view concerning GDP growth under environmental restrictions. In particular, the authors analyze a set of indicators reflecting the state and trends of the changes in Russia’s environmental pollutants (carbon dioxide emission, wastewater, production and consumption wastes) and their interdependencies with economic development, which predetermine long-term social, environmental and energy consequences. The authors develop an algorithm for substantiating the environmental constraints on Russian GDP growth in the period of 2000-2018. It verified the interrelationship links among every type of pollutant and the GDP per capita (GDPPC), energy resources and the volume of industrial production indicators in Russia. According to GDPPC growth, a forecast of environmental restrictions is developed under 10%-40% scenarios and shows the inevitability of Russia’s ecological prevention plan. The research results proved that environmental restrictions have a substantial effect on GDP and could limit economic growth.
Alina Steblyanskya is Associate Professor, School of Economics and Management, Harbin Engineering University, Harbin, China. Her research interests concern complex economics, energy efficiency, environmental economics, sustainable financial growth and green environmental finance. Master degree (honors) in Economics from Moscow State University of Food Production (Russia), MBA (honors) from Kingston University (UK). She received his PhD (honors) from China University of Petroleum (Beijing) in China. She has 15 years’ experience at the biggest Russian companies as Financial Director, Head of the Social affairs department, etc. Further, academic research cooperation has been carried out with Central Economics and Mathematica Institute of Russian Academy of Science, Kostroma State University, Ukhta State Technical University and other research institutions. She has published more than 20 academic papers (Russian, English, Chinese) in such journals as “PLOS ONE”, “Energy Strategy Reviews”, “Sustainability”, “Energies”, “Foresight and STI Government”, etc. She is a member of the editorial board of the Moscow State University “BRICS Economic Journal”.
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