After your abstract was accepted, please click “Dashboard” on the conference website, Then click "My submission" and submit the full paper to the system before March 15. The full paper can be organized with the format of the Full Paper Template. It is recommended that the full paper is no longer than 10 pages, with around 6000 words.
Download Full Paper Template:We invite submissions of papers reflecting the latest research and application results in related fields concerning our major topics, including but not limited to:
Session No. |
Sessions Topics |
Session Co-Chairs |
Subtopics |
|
Session 1 |
Resource Development and Utilization
|
Jixiong ZHANG, China University of Mining and Technology, China Spearing Anthony John Spencer, China University of Mining and Technology, China Jianwei LI, China University of Geosciences, China Eduardo Córdova Vergara, Pontifical Catholic University of Chile, Chile Jerôme Fortin, ENS Paris (PSL University) ; Ecole Polytechnique, France |
1. Intelligent Mining |
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2. Eco-environmental Protection Mining |
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3. New Theory and Technology of Deep Resource Exploitation |
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4. Exploitation of Associated Resources in Coal Measures |
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5. Mining System Engineering |
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6. Unconventional Natural Gas Geology and Development |
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7. Geology of Mineral Resources Associated with Coal Measures |
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8. Mine Engineering Geological Environment and Disasters |
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9. Safety Mining Geophysics |
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10. Geospatial Big Data |
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11. Mine Water Hazard, Pollution Prevention and Control, and Utilization of Mine Water Resources |
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12. Development and Utilization of Low Carbon Coal |
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13. Future Mining |
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Session 2 |
Environmental Science and Engineering |
Zhenqi HU, China University of Mining and Technology, China Qixing ZHOU, Nankai University, China Guohe Huang, University of Regina, Canada |
1. Water Environment Chemistry and Mine Water Disposal |
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2. Environment Planning and Evaluation |
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3. Land Reclamation and Ecology Rehabilitation |
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4. Ecological Vulnerable Area Assessment and Function Enhancement |
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5. Environmental Geographic Information and Remote Sensing of Environment |
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6. Sustainable Utilization of Land Resources |
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7. Rural Vitalization |
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Session 3 |
Energy and Sustainable Green Development |
Xinyu WANG, China University of Mining and Technology, China Jiang CHANG, China University of Mining and Technology, China Minjun SHI, Zhejiang University, China Gang LIU, University of Southern Denmark, Denmark |
1. Energy Policy Research |
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2. Energy Resources Management |
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3. Energy Finance and Green Finance |
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4. Green Energy Consumption and Sustainable Development |
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5. Ecological Civilization and Low-carbon Economy |
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6. Transformation and Sustainable Development of Resource-based Cities |
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7. Protection and Utilization of Industrial Cultural Heritage |
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8. Research on Sustainable Design |
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Session 4 |
Energy Science and Technology |
Huaichun ZHOU, China University of Mining and Technology, China Rui XIAO, Southeast University, China Kunlei LIU, Center for Applied Energy Research, University of Kentucky, USA |
1. Hydrogen Energy and Fuel Cells |
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2. Greenhouse Gas Emission Reduction and Utilization |
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3. Clean and Efficient Combustion Technology of Fossil Fuel |
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4. Fluid Science and Utilization Technology |
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5. Heat-mass Transfer and Energy Storage Technology |
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6. Smart Energy |
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7. Development and Utilization Technology of New Energy and Renewable Energy |
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8. Energy Management of New Energy Vehicles and Internet of Vehicles Technology |
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9. New Technology of Power Electronics and Power Drives |
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10. New Power System |
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11. Chemical Energy Storage Engineering |
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Session 5 |
Intelligent Equipment and Technology |
Gongbo ZHOU, China University of Mining and Technology, China Yuanqing XIA, Beijing Institute of Technology, China Dan ZHANG, York University, Canada |
1. Intelligent Equipment for Mines |
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2. High Efficiency Transport Equipment for Mines |
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3. Transmission and Control of Mechanical Equipment |
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4. Robot for Special Environment |
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5. Communication and IoT for Mines |
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6. Cloud Computing and Big Data Analysis for Mines |
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7. Software Theory and Application for Mines |
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Session 6 |
Occupational Safety and Health |
Enyuan WANG, China University of Mining and Technology, China Baisheng NIE, Chongqing University, China Steven Schatzel, National Institute for Occupational Safety and Health, USA |
Mine Safety |
1. Mine Ventilation |
2. Mine Gas Prevention |
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3. Mine Fire Prevention |
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4. Prevention and Control of Mine Dynamic Hazards |
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5. Mine Emergency Rescue |
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6. Safety Management and Assessment |
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Occupational Health
|
1. Occupational Hazard Detection and Evaluation |
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2. Dust Exposure Control |
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3. Noise and Vibration Control |
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4. Mine Heat Stress and Cooling |
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5. Ergonomics and Human Factors |
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6. Personal Protection Technology and Equipment |
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7. Intelligent Interaction and Health Design |
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Session 7 |
Mineral Materials and Advanced Energy Materials |
Peizhong FENG, China University of Mining and Technology, China Huaming YANG, Central South University, China Farid AKHTAR, Lulea University of Technology, Sweden Hermenegildo García, Polytechnic University of Valencia (Instituto de Tecnología Química), Spain |
1. Mineral Materials |
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2. Specific Structural Materials for Mines |
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3. Carbon Materials |
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4. Advanced Metal Materials |
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5. Battery Materials and Waste Management |
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6. Material Friction and Corrosion |
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7. Inorganic Nonmetallic Materials for Mines |
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8. New Energy Materials |
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9.Environment Functional Materials |
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Session 8 |
Public Security and Emergency Management |
Yibao WANG, China University of Mining and Technology, China Xiaolin XU, Huazhong University of Science and Technology, China Zhiyong LAN, Arizona State University, USA |
1. Urban Security and Public Governance |
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2. Management and Policy of Occupational Safety and Health |
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3. Resilient Community and Grassroots Governance |
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4. Ecological Security and Land Restoration |
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5. Food Security and Cultivated Land Protection |
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6. National Security and Public Opinion Governance |
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7. Carbon Neutrality and Land Space Planning |
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Session 9 |
Clean Processing and Conversion of Energy Resources |
Haijun ZHANG, China University of Mining and Technology, China Qingxia LIU, Shenzhen Technology University, China Yuqing FENG, Commonwealth Scientific and Industrial Research Organisation, Australia |
1. Process Intensification of Mineral Separation |
|
2. Dry Separation |
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3. Intelligent Mineral Processing |
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4. Comprehensive Utilization of Coal Resources |
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5. Coal-based High-end Chemicals |
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6. Coal-based High-end Materials |
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7. CO2 Conversion and Utilization |
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Session 10 |
Resource Development and Utilization of Underground Space |
Shengqi YANG, China University of Mining and Technology, China Xiaozhao LI, China University of Mining and Technology, China Xiaoping ZHOU, Wuhan University, China Ranjith P.G, Monash University, Australia Wei WU, Nanyang Technological University, Singapore |
1. Foundation of Deep Rock Mechanics |
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2. Foundation of Deep and Special Soil Mechanics |
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3. Disaster Prevention and Control of Deep Underground Engineering |
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4. Resource Development and Utilization of Abandoned Mines |
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5. Intelligent Construction of Underground Engineering |
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6. Fluidized Mining of Deep Solid Resources |
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7. Geothermal Energy and Shale Gas Exploitation |
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8. CO2 Geological Storage |
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9. Geological Disposal Engineering of Nuclear Waste |
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Session 11 | Green and low-carbon technology for urban and rural construction |
Liang SUN, China University of Mining and Technology, China Yun ZHANG, Jiangsu Provincial Department of Housing and Urban Rural Development, China Yupeng WU, University of Nottingham, UK |
1. Exploration and practice of green urban and rural construction | |
2. Green low-carbon building materials and construction technology | ||||
3. Urban and rural construction and development under the background of double carbon | ||||
4. Green and low-carbon construction intelligence and technology |
All unpublished papers related to the above topics are welcomed. The purpose, methods, results and conclusions shall be included in the abstracts with around 250 words in English. Abstracts and full papers shall be submitted in the form of Microsoft Word attachments through the conference website (www.eresd.cn). Detailed requirements for abstracts and papers are available on the conference website. The official working language for this conference is English.
(1) Papers reviewed by the academic committee of the conference will be compiled into the Abstract book (electronic journal);
(2) Excellent papers will be selected by the academic committee, and certificates will be issued;
(3) Peer-reviewed excellent papers can be published in the International Journal of Mining Science and Technology;
(4) Certificates will be issued for invited keynote speakers in both plenary sessions and technical sessions;
(5) “Best Poster Award” will be selected and certificates will be issued.