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S1. Cement Chemistry and Low Carbon Cementitious Materials

S1. Cement Chemistry and Low Carbon Cementitious Materials
S101 Portland Cement Clinker Chemistry
S102 Innovative Low-carbon Cement Clinker
S103 Supplementary Cementitious Materials (SCM)
S104 Blended Cements (Portland Cement blended with other types of cements)
S105 Low-Clinker Cement with Small Carbon Footprint
S106 Chemically Activated Geopolymers and Solid Waste-based Low-carbon Cementitious Materials
S107 Specialty Cements
S108 Magnesium-based Cementitious Materials
S109 Fundamental Theories of Cement Chemistry, Hydration & Micro-structure Development
S110 Cement Additives
S111 Resource Recycling and Solid Waste Utilization
Point of Contact:
REN Xuehong, China Building Materials Academy, China

LI Neng

Wuhan University of Technology, P. R. China

The synergistic effect of water and lattice oxygen on CO2 mineralization in calcium silicate
Samuel Adu-Amankwah

Aston University in Birmingham, United Kingdom

Composition and performance mapping of new generation cement clinkers: the role of clinkering fuel and implications on raw meal optimisation
REN Xuehong

China Building Materials Academy, P. R. China

Recent Advances for Sulphosilicate Cement Clinker: From Fundamental Research to Industrial Application
WANG Dongmin

China University of Mining & Technology (Beijing), P. R. China

Study on the Hardening Mechanism of Natural Hydraulic Lime (NHL) under Hydration and Carbonation
CUI Suping

Beijing University of Technology, P. R. China

Ecological design theory and low-carbon production / high efficient application practices for cement
LI Zhuguo

Yamaguchi University, Japan

Incorporation of Inert Wastes As Fillers in Geopolymer Synthesis
LI Hui

Xian University of Architecture and Technology, P. R. China

Preparation and Properties of Low-Carbon Cementitious Materials with Full Solid Wastes Activated by Alkali-Salt Composite
SHEN Weiguo

Wuhan University of Technology, P. R. China

Nano Model of C-S-H
YAN Peiyu

Tsinghua University, P. R. China

The effect of alkali in cement on the hydration and performance of Portland cement
KONG Xiangming

Tsinghua University, P. R. China

Cement hydration in the presence of chemical admixtures with emphasis of the precipitation of hydration products
GE Zhi

Shandong University, P. R. China

Feasibility of preparing carbonated fly ash as supplementary cementitious material

S2. Concrete Durability and Low Carbon Concrete

S2. Concrete Durability and Low Carbon Concrete
S201 Concrete Durability and its Deterioration
S202 Characterization and Evaluation of Concrete Durability
S203 Transport Properties of Concrete
S204 Durability of Concrete under Multi-factor Coupling Conditions
S205 Concrete Durability Improvement Methods
S206 Building Restoration, Repair and Protection
S207 Carbon Sequestration and Carbon Reduction Technologies in Concrete
S208 Comprehensive Utilization of Solid Waste in Concrete
Point of Contact:
LI Bin, China Building Materials Academy, China

ZHANG Yamei

Southeast University, P. R. China

Recent new progress in concrete 3D printing research and applications
ZHAO Yuxi

Zhejiang University, P. R. China

Durability of 100% Recycled Aggregate Concrete in Marine Environments: Frame Structures Performance
LI Huajian

China Academy of Railway Sciences Group Co., Ltd., P. R. China

Fatigue damage mechanism and service life improvement technology of high-speed railway ballastless track concrete
LI Wenwei

China Three Gorges Corporation, P. R. China

Key Technologies and Engineering Applications for Enhancing Crack Resistance and Durability in High Dam Concrete Structures
LI Yue

Beijing University of Technology, P. R. China

Mechanical Properties and Durability of Reinforced Concrete in High-Altitude and Hazardous Mountainous Areas
LIU Juanhong

University of Science and Technology Beijing, P. R. China

Applied research and Industrialization of Metal Tailings-Based Solid Waste Cementitious Materials in Civil and Mining Engineering
Payam Shafigh

Wenzhou University of Technology, P. R. China

Structural Lightweight Aggregate Concrete: A Concrete for Sustainable Construction
XIAO Jianzhuang

Guangxi University, P. R. China

Towards near-zero carbon fully recycled concrete: concept and design
Justin B. Kim

St-Gobain, France

The Critical Role of Global Construction Chemicals Company to contribute the global sustainability in concrete industries

S3. Functional Cement-based Materials

S3. Functional Cement-based Materials
S301 Concrete Incorporating Phase Change Materials
S302 Concrete Incorporating Nanomaterials
S303 Energy Storage Concrete
S304 Self-healing Concrete
S305 Light-Transmitting Concrete
S306 Concrete Construction in Outer Space
S307 Electromagnetic Shielding Cement-based Materials
S308 Radiation Shielding Concrete
S309 Ultra-high Performance Concrete
S310 Pervious Concrete
S311 Self-cleaning Concrete
S312 Underwater Concrete
S313 3D-Printed Concrete
Point of Contact:
XIE Shuai, China Building Materials Academy, China

DAI Jianguo

City University of Hong Kong, P. R. China

Ultra-high strength and ultra-high ductility fiber-reinforced cementitious composites
FENG Peng

Tsinghua University, P. R. China

Multi-scale Fiber Reinforced Cementitious Composites: Performance and Modeling
JI Zhijiang

China Building Materials Academy, P. R. China

Structure design of electromagnetic wave absorbing functional building materials
QIAN Chunxiang

Southeast University, P. R. China

Microbial-synergistic carbon-fixing steel slag cementitious material
YE Hailong

The University of Hong Kong, P. R. China

Clinkerless Ultra-High Performance Alkali-Activated Concrete
MA Guowei

Hebei University of Technology, P. R. China

Cement-Based Electromagnetic Shielding Materials and Structural Designs
WEI Jiangxiong

South China University of Technology, P. R. China

Formation mechanic and Modelling of multi-scale non-uniform stress/strain and cracking in cement and concrete
YU Qijun

South China University of Technology, P. R. China

Optimized distribution of nano-Fe₃O₄electromagnetic wave absorbers in cement-based materials via high-stability foam loadings

S4. Carbonation and Mineralization of Construction Materials and Products

S4.Carbonation and Mineralization of Construction Materials and Products
S401 Mechanism of CO2 Mineralization Reaction
S402 CO2 Injection during Concrete Mixing for Carbon Sequestration
S403 Carbon Sequestration and Mineralization via Curing of Building Materials
S404 Microbial-induced Mineralization
S405 Solid Waste Carbon Capture
S406 Performance Control of Carbon-Sequestering Building Materials
S407 Carbon Sequestration Quantification
Point of Contact:
XIE Wei, China Building Materials Academy, China

João Castro-Gomes

Universida da Beira Interior, Portugal

Supercritical CO2 Carbonation Hardening: Bioinspired Waste-Based Binders for Circular Cement
CHANG Jun

Hainan University, P. R. China

Synergistic CaCO3 polymorph regulation and ultrasonic dispersion for enhanced mineral carbonation: Overcoming core-shell mass transfer limitations
GAO Xiaojian

Harbin Institute of Technology, P. R. China

Modification of LDH to enhance chloride ion binding ability and early age strength of cement-based materials
GUAN Xuemao

Henan Polytechnic University, P. R. China

Fundamental Research and Production Demonstration of Solid Waste-Based Building Materials for Carbon Sequestration
YI Yaolin

Nanyang Technological University, Singapore

Durability of GGBS with alkaline earth activators in saline environments
JIANG Zhengwu

Tongji University, P. R. China

Carbon-Negative Building Materials Production by CO2 Mineralization of Alkaline Industrial Residues: Design, Reaction Mechanism, and Industrial Applications
HOU Pengkun

University of Jinan, P. R. China

Nano CaCO₃ seeding for improving LC³ performance through in-situ carbonation
ZHOU Xiangming

Brunel University of London, UK

In-situ preparation of nano CaCO3 seeding in cement paste
FANG Jingrui

China Building Materials Academy, P. R. China

Research and development of high-performance preparation technology for carbon sequestration building materials

S5. Simulation and Digital Intelligence Technology

S5. Simulation and Digital Intelligence Technology
S501 Digital Design of Cement-based Materials
S502 Prediction of Cement-based Materials Properties
S503 Process and Equipment Simulation, Molecular Dynamics Simulation and First-principles Calculation
S504 Structural Calculation and Simulation
S505 Digital Twin and Intelligent Manufacturing
S506 Intelligent Perception and Monitoring (including Machine Vision)
S507 AI assisted Cement and Concrete Manufacturing
Point of Contact:
XU Chengwen, China Building Materials Academy, China

YE Jiayuan

China Building Materials Academy, Co., Ltd., P. R. China

Digital Research and Development of Cement-Based Materials
TAN Yiqiu

Harbin Institute of Technology, P. R. China

Intelligent Design and Exploration of Civil Engineering Materials
GE Wei

Institute of Process Engineering, Chinese Academy of Sciences, P. R. China

Virtual process engineering and its application in the cement industry
WANG Lin

University of Jinan, P. R. China

Artificial Intelligence based Reverse Modeling of Cement Hydration
HOU Dongshuai

Qingdao University of Technology, P. R. China

Multi-scale modeling on fiber reinforced concrete
YUAN Qiang

Central South University, P. R. China

Multi-Objective Intelligent Design of Concrete via Knowledge Sharing across Heterogeneous Datasets
LONG Wujian

Shenzhen Universty, P. R. China

AI-Driven Intelligence in High-Performance Cementitious Materials Design and Control
YU Zhengdong

Sinoma Hefei Cement Research & Design Institute Co., Ltd., P. R. China

Enhanced Multiphysics Simulation of Rotary Kiln Processes with Temperature-Driven Liquid Phase Formation

S6. Disruptive Innovation Technology

S6. Disruptive Innovation Technology
S601 Hydrogen and Clean Energy Calcination Technologies (Including Solar and Microwave Applications)
S602 Electrochemical Combustion
S603 Plasma-Activated Calcination
S604 Process Transformation Technologies such as Boiling Combustion
S605 Carbonate Hydrorefining
S606 Oxy-Fuel Combustion with Integrated Carbon Capture
S607 Integration of Process Reengineering and Carbon Capture, Utilization, and Storage (CCUS)
S608 Cement-based metamaterials
Point of Contact:
CHEN Ge, China Building Materials Academy, China

LUO Jingshan

Nankai University, P. R. China

Decarbonizing Cement Production: A Perspective on Emerging Methodologies and Technological Pathways
SHE Wei

Southeast University, P. R. China

Cement-based photothermal metamaterials
PENG Xueping

Tianjin Cement Industry Design & Research Institute, Co., Ltd, P. R. China

The First Industrial Demonstration of Large-scale Cement Oxy-Fuel Combustion Technology Integrated with Carbon Capture
HU Nan

South China University of Technology, P. R. China

Architected cementitious composite: design principle and mechanical responses

S7. Low-carbon and Environmentally Friendly Processes and Equipment

S7. Low-carbon and Environmentally Friendly Processes and Equipment
S701 High Energy Efficiency Grinding
S702 Low Energy Calcination
S703 Efficient Cooling
S704 Alternative Fuels
S705 Desulfurization and Denitrification
S706 Pollutant Control
Point of Contact:
HAN Zhenyu, China Building Materials Academy, China

SUI Tongbo

Sinoma International Engineering Co., Ltd, P. R. China

Recent Progress of China Cement Industry on Decarbonization andCircularity--Case Study
WANG Yuanfeng

Beijing Jiaotong University, P. R. China

A Novel Probabilistic Approach for Sustainable Concrete Design with Explainable Transformer AutoML
ZENG Xiaohui

Hainan University, P. R. China

Key cement-based materials of high-speed railway ballastless track
LI Jiabin

Katholieke Universiteit Leuven, Belgium

Low-carbon cement with recycled building materials
WANG Bin

Sinoma CBMI Construction Co.,Ltd, P. R. China

Engineering the Future- CBMl’s Pathto Net-Zero
NIE Wenhai

Tianjin Cement Industry Design & Research Institute Co., Ltd, P. R. China

TBD

S8. Testing Characterization and Standardization

S8. Testing Characterization and Standardization
S801 Microstructure Testing and Characterization Technologies (Low-field NMR, Synchrotron Radiation, etc.)
S802 Rheological Performance Test Methods
S803 Structural Damage and Fracture Detection Technologies
S804 Lifecycle Carbon Footprint Verification
S805 Rebar Corrosion and Anti-corrosion Technology
S806 Alternatives to black steel as concrete reinforcing materials and assessment of their long-term performance (e.g. Stainless steel, thermoset and thermoplastc FRP bars, galvanized steel)
S807 Other Advanced Testing Techniques and Inspection Methods
S808 Standardization Techniques and Methods for Cementitious Materials
Point of Contact:
CHEN Shaoliang, China Building Materials Academy, China

SHEN Lin

University of Hawaii at Manoa, United States

Large-scale Applications and Standardization of Cement-free Alkali-Activated Concrete with Optimized Cost and Performances
DONG Biqin

Shenzhen University, P. R. China

Investigation into the Material Design and Performance Characteristics of Carbonate-Aluminate Cement-Based Concrete
ZHOU Jian

Hebei University of Technology, P. R. China

Effect of CaSO4 on the formation and reactivity of Ye’elimite in CSA clinker
WEI Ya

Tsinghua University, P. R. China

Characterizing Microcreep Behavior of Cementitious Materials: A Comparative Study of Berkovich and Flat-tip Indentation
YAN Haochun

China Testing & Certification International Group Co.,Ltd.(CTC), P. R. China

Effects of Market-Oriented Carbon Pricing Mechanisms on Cement Enterprises
LENG Faguang

China Academy of Building Research, P. R. China

Innovation and Application of China’s Concrete Standard System

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