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A Mathematical Model for CO2 Capture via Mineral Carbonation Using Hydrated Lime
Natalia Vidal de la Peña, University of Liège
Grégoire Léonard, University of Liège
Dominique Toye, University of Liège
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Advances in Carbon Capture and Utilization for Production of Binders and Aggregate
Hongyan Ma, Missouri University of Science and Technology
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Aqueous Carbonation for CO2 Curing of Construction Materials
Jae Hong Kim, Korea Advanced Institute of Science and Technology
Seongho Han, Missouri University of Science and Technology
Yubin Jun, Korea Advanced Institute of Science and Technology
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Aqueous Carbonation of Recycled Concrete Fine Dust: Efficiency and Feasibility Analyses
Yuyan Huang, Missouri University of Science and Technology
Hongyan Ma, Missouri University of Science and Technology
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Carbon sequestration technology in cement-based materials: a review of mechanisms and applications
Yingfang Fan, Dalian Maritime University
Lei Wang, Dalian Maritime University
Xiangming Zhou, Brunel University London
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Carbonated Industrial Waste by CO2 mineralization as New Constituent for Cements
Maria Chiara Bignozzi, University of Bologna
Alessia Artale, University of Bologna
Alessandro Allegri, University of Bologna
Stefania Albonetti, University of Bologna
Alessandro Dal Pozzo, University of Bologna
Valentina Scognamiglio, Centro Ceramico
Alberto Renato De Angelis, ENI SpA
Roberto Millini, ENI SpA
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Change in Property of Hardened Cement Specimens Having Different Mineral Composition Cured in High Concentration CO2 from the Very Early Material Age
Kazuto TABARA, Denka Co. Ltd.
Kazuya YAMASHITA, Denka Co. Ltd.
Hiroyuki KAMEDA, Denka Co. Ltd.
Shintaro MIYAMOTO, Tohoku University
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Converting olivine into a novel Mg-based cement for carbon sequestration
Jihui Qin, Missouri University of Science and Technology
Xing Cheng, Missouri University of Science and Technology
Hongyan Ma, Missouri University of Science and Technology
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Deep Decarbonization of UHPC Using Carbonated Steel Slag
Rui Zhong, Missouri University of Science and Technology
Xing Cheng, Missouri University of Science and Technology
Hongyan Ma, Missouri University of Science and Technology
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Experimental Study about Various Factors that Influence Quantitative Accuracy of CO2 Content in Carbonated Cementitious Material
Kazuya Yamashita, Denka Co. Ltd.
Kazuto Tabara, Denka Co. Ltd.
Hiroyuki Kameda, Denka Co. Ltd.
Sho Yoshino, Denka Co. Ltd.
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Experimental Study of Mineral Carbonation of High-Calcium Fly Ash: CO₂ Sequestration and Its Effect on Pozzolanic Reactivity
Farshad Rajabipour, The Pennsylvania State University
Arslan Akbar, The Pennsylvania State University
Abdullah Al Moman, The Pennsylvania State University
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IN-SITU STABILIZATION OF CACO3 POLYMORPHS IN CEMENTITIOUS SYSTEMS
Yogiraj Sargam, CarbonCure Technologies
Vishnu Chaudhari, CarbonCure Technologies
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Materials Processing Strategies for Valorizing Industrial Residues in Construction: Mechanical Separation, CO2 Mineralization, and Metal Recovery/Stabilization
Yixi Tian, Massachusetts Institute of Technology
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Mechano-Carbonation of Mineral and Construction Waste Streams: Manufacturing High-Performance Cement Replacements through Advanced CO2 Capture and Utilization
Matthew Hollingham, The Pennsylvania State University
Jon Smith, The Pennsylvania State University
Juan Pablo Gevaudan, The Pennsylvania State University
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Performance of Carbonated Low-lime Calcium Silicate Composites Upon Exposure to Sea Water
Raikhan Tokpatayeva, Purdue University
Jan Olek, Purdue University
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Perovskite materials for photocatalytic reduction of CO2
Meraly D. Lopez Morales, University of Wisconsin-Milwaukee
Anna Benko, University of Wisconsin-Milwaukee
Petr Zilberman, University of Wisconsin-Milwaukee
Edith Luevano Hipolito, Universidad Autonoma de Nuevo Leon
Konstantin Sobolev, University of Wisconsin-Milwaukee
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Proportioning and curing optimization of carbonated calcium silicate-based materials via machine learning and genetic algorithm
Kangyi Cai, Missouri University of Science and Technology
Hongyan Ma, Missouri University of Science and Technology
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Serpentine Activation and CO2 Mineralization: A Pathway to Sustainable Cementitious Materials
Shayan Gholami, CalPortland company
Luis Baquerizo Ibarra, CalPortland company
Hamed Maraghechi, CalPortland company
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Synergistic Effects of CO2 Curing and Recovered Carbon Black Nano additives on Early Age Performance of Cementitious Composites
Aniya Edwards, Purdue University
Raikhan Tokpatayeva, Purdue University
Jan Olek, Purdue University
Mirian Velay-Lizancos, Purdue University
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Upcycling Incineration Ash in Reactive Magnesium Oxide Cement: Effects of Carbonation
Padmaja Krishnan, New York University Abu Dhabi
Kemal Celik, New York University Abu Dhabi
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Using CO2-Embedded Coal and MSWI Fly Ashes as Sustainable Alternative SCMs: A Feasibility Study
Muhammad Haris Javed, Missouri University of Science and Technology
Wenyu Liao, Missouri University of Science and Technology
Hongyan Ma, Missouri University of Science and Technology
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Utilization of FBC ash using a mineral carbonation
Jinyoung Yoon, Konkuk University
Heejung Jun, Konkuk University
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Wet-Carbonation of RCAs for Improved Carbonation Efficiency and Mechanical Properties of Carbonated RCAs and RCA Concrete
Xiang Zhao, Michigan Technological University
Qingli Dai, Michigan Technological University
Jiankai Xie, Michigan Technological University
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