CCST2025 recorded presentations with links:

Opening:

Professor Chunfei Wu – E-i-C of CCST

Mr Colin Smith – Managing Editor of CCST

 

Plenary 1: Prof. Chunshan Song, Chinese University of Hong Kong

High-capacity Selective Solid ‘Molecular Basket’ Sorbents for CO2 Capture and for SO2 Separation

 

Plenary 2: Prof. Shujuan Wang, Tsinghua University

Solvent Development for CO2 Chemical Absorption Capture

 

Plenary 4: Prof. Zhi Wang, Tianjin University

Development of High-Performance Mixed-Matrix Composite Membranes for CO2 Separation

 

Plenary 5: Prof Ki Bong Lee, Korea University

Upcycling of Waste Plastic into Porous Carbon and Its Application to Carbon Dioxide Capture

 

Plenary 6: Prof. Alexander Forse, University of Cambridge

Advancing electrochemically driven carbon dioxide capture with supercapacitors

 

Plenary 7: Prof. James Ritter, University of South Carolina

Carbon Dioxide Capture by PSA at the DOE National Carbon Capture Center

 

KA4        Prof. Ziqian Xue, Sun Yat-sen University

Metal-Organic Frameworks-Based Electrocatalysts with Structural Heterogeneity for Green Hydrogen Energy

 

KA5        Dr. Tae-Hyun Bae, KAIST, South Korea

Engineered Porous Polymers for Advanced CO2 Separation

 

KB1        Prof. Zhongbo Zhou, Southwest University

AnMBR-algal synergy: Carbon capture and resource recovery from wastewater

 

KB2        Guo Jiayi, Science, Technology and Research (A*STAR) Singapore

Brush Polymer Functionalized Biomass Textile and Its Potential Capacity for Direct Air Capture of CO2

 

KB3        Prof. Euntae Yang, Gyeongsang National University

Development of 2D Nanomaterial-Based Mixed Matrix Membranes for Carbon Capture

 

KB4        Prof. Wu Bing, University of Iceland

Hybrid direct air capture with pressure-retarded osmosis for energy-neutral decarbonation: effect on osmosis membrane performance

 

KB5        Prof. Kumar Varoon Agrawal, (EPFL - Swiss Federal Technology Institute of Lausanne, Switzerland)          

Mechanistic Insight Based Controlled Pore Formation And Scale-up Of Porous Atom-Thin Graphene Membrane

 

KA6        Prof. Yangyang Guo, Institute of Process Engineering, Chinese Academy of Science         

VPSA application of carbon capture from Blast Furnace Gas

 

KA7        Dr. Hyungwoong Ahn, University of Edinburgh

Industrial decarbonisation through PSA-SPUR technology: the innovative adsorption process for CO2 capture

 

KA10     Michael Short, University of Surrey

Computational modelling and optimisation of dual function materials for direct air capture to fuel

 

KA11     Prof. Nannan Sun, Shanghai Advanced Research Institute

Integrated CO2 capture and conversion: From fundamental to demonstration

 

KB6        Dr Xiangkun Cao, MIT

Direct air capture: From centralization to distributed systems

 

KB11     Prof. Salman Masoudi Soltani, Brunel University of London

Carbon Dioxide Removal from the Sea: An Investigation at Scale

 

KC2        Prof. Shijian Lu, China University of Mining and Technology

Research progress on low-energy consumption of flue gas CO2 capture and utilization technology

KC3        Prof. James McGregor, University of Sheffield

CO2 capture and utilisation via chemical catalysis to longer chained hydrocarbons

 

KC4        Prof. Minshu Du, Northwestern Polytechnical University             

Design of CO2 electroreduction catalysts based on the reactive thermodynamics and kinetics

 

KC5        Dr Inês Graça, School of Engineering, University of Aberdeen

Innovative pathways for CO2 conversion into fuels and chemicals: Enabling CO2 transfer hydrogenation over zeolite catalysts

 

OA4       Zhang Man, Shanghai Jiao Tong University         

Synergistic effects of Na contents for direct air capture and in situ methanation using Ru-Na dual function materials

 

OA5       Yaozu Wang, Tsinghua University            

Enhancing NaNO3-modified MgO with Carbonates for Intermediate-temperature CO2 Capture from Flue Gas

 

OA7       Xicheng Wang, Shandong University

Low-temperature rapid synthesis of high-purity Li4SiO4 adsorbent for cyclic CO2 capture

 

OA10    Chuhan Fu, University of Science and Technology of China          

One-step preparation of Ce-TEPA-GME zeolite molecular sieve for CO2/N2 separation

 

OA14    Bocheng Yu, Tsinghua University             

The influence mechanism study of SO2 pollutions in flue gas for ICCU-DRM with Ni-Ca dual functional materials

 

OA15    Wei Wei, Huazhong University of Science and Technology           

Efficient sorbent/catalyst composites for CO2-mediated oxidative dehydrogenation of ethane via isothermal integrated CO2 capture and utilization

 

OA16    Xiaotong Zhao, Queen's University Belfast         

ICCU in molten salts

 

OB5       Xi Tang

School of Energy and Power Engineering, Huazhong University of Science and Technology; College of Chemistry and Chemical Engineering, Taiyuan University of Technology 

Evaluation of CO2 capture performance of mixed amines of tertiary amines and chain diamines

 

OB7       Xiaojun Wang, Zhejiang University         

Volatile and Aerosol-based Emissions of Phase-change and Water-lean Solvents for Postcombustion CO2 Capture

 

OB8       Zhipeng Chen, Zhejiang University         

Low-energy-consumption CO2 capture via coupling process of direct organic fluid stripping with biphasic solvents

 

OB12     Zixin Zhang, Shanghai Jiao Tong University         

Impact of Dynamic Meteorological Conditions on the Performance of Adsorption-Based Direct Air Capture System

 

OB13     Yongqiang Wang, University of Cambridge          

Toward Sustainable and Efficient Direct Air Capture: Advances in Sorbent Regeneration and CO2 Conversion

 

OC1       Sheng Chen, Zhejiang University             

Study on modelling the synergistic H2O-CO2 sorption behavior for quaternary ammonium-based moisture swing direct air capture

 

OC3       Sijan Devkota, Monash University, Australia

Sorption Enhanced Dimethyl Ether Synthesis: A Novel Approach for Carbon Dioxide Utilization

 

OC8       Tianheng Qin, University of Aberdeen

Unveiling Structural Evolution and Catalytic Insights of Ni-CaO-Ca₂SiO₄ Catalyst in Plastic Pyrolysis-catalytic Gasification