Test
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08:30 Coffee
09:00 Opening Session
09:00 Welcome — Jason Ideker, Matthew Adams
09:10 Perspectives on Calcium Aluminates — Karen Scrivener
09:30 Manufacture
09:30 Manufacturing — Hervé Fryda
10:00 Conventional and potential alternative non-conventional raw materials for the production of calcium aluminates-based cements of different hydraulic activity — Dominika Madej
10:20 PRECIZE: A Novel Approach to Decarbonizing Specialty binders through Hydrogen Combustion — Bela Kumar
10:40 Break
11:00 Hydration 1
11:00 Hydration and conversion reactions of Calcium Aluminate Cement with reactive Calcite at variable temperatures — Prof. Friedlinde Götz-Neunhoeffer
11:30 Influence of the type and amount of calcium sulfate on the hydration of a C12A7-based cement — Julian Wolf
11:50 The role of slag and calcined clay in the hydration and conversion of calcium aluminate cement — Marijana Serdar
12:10 Lunch
13:30 Hydration 2
13:30 Quantification of the metastable calcium aluminate phases C2AHx using an extended PONKS method — Dr Julian Goergens
13:50 Influence of curing temperature on the phase composition and microstructure of calcium aluminate cement bond castables subjected to hydrothermal conditions — Dr Andreas Koehler
14:10 Reducing the risk of explosive steam spalling of calcium aluminate bonded refractory concretes through a modified hydration path — Jean Michel Auvray
14:30 Admixtures/Rheology
14:30 Calcium Aluminate Cement Hydration under the Influence of Mineral Acids — Lukas Deffner
14:50 Hydration control additives for OPC CAC anhydrite system — Dr Joerg Nehring
15:30 Admixtures/Rheology
15:35 Energy-Efficient 3D Printable Mortars Using CAC–WPC Blends and Microencapsulated PCMs — Sibel Sönmez, Mr Ahmet Selim Engin, Ms Melike Sucu
15:35 Effect of Calcium Sulfate Source and Curing Temperature on the Hydration Behavior of CAC-OPC-C$ Ternary Systems — Özge Demirdogan
15:35 Review of conversion of calcium aluminates cements: What data science could bring? — Mr Bruno Espinosa
15:40 Hydration of CAC-alumina systems in the presence of silica fume — Tillmann Schramm
15:40 Hydration Kinetics and Reactivity of Ternary Binders Based on Ground Granulated Blast Furnace Slag for Low-Carbon fast setting binder — Dr Yasmine Kaci
15:40 Effects of silica nano-particles on hydration properties, microstructure and strength of calcium aluminate cement — Renata Boris
15:45 Break
16:10 Ettringitic Systems 1
16:10 Incorporation of metakaolin and limestone in ternary binders of Portland cement, calcium aluminate cement and calcium sulfate: Hydration, Phase development and Macroscopic properties — Elsa Qoku
16:40 Development of temperature-dependent phase composition during hydration of ternary OPC-CAC-C$ mixtures with two different CAC types — Prof. Friedlinde Götz-Neunhoeffer
17:00 Controlled calcium sulfoaluminate synthesis and influence of superplasticizers on the formation kinetics — Hari Priya Ravindran
08:30 Coffee
09:00 Ettringitic Systems 2
09:00 Understanding the strength development of self compacting concrete formulation incorporating calcium aluminates as strength booster — Sarra El Housseini (Imerys)
09:20 Hydration Behavior of Quaternary CAC-OPC-C$-SCM Systems Incorporating Supplementary Cementitious Materials under Variable Curing Temperatures — Özge Demirdogan
09:40 Ettringitic Accelerators: An Advancement for Cementitious Foams — Mr Jean-Noël Bousseau
10:00 Fast and stable: Calcium aluminate cements as accelerators in highly heat-insulating mineral foams — Klemens Laub
10:20 Influence of Sodium Lignosulfonate on the Performance of Ternary Based Cementitious Composites — Damla Nur Çelik
10:40 Ettringitic Systems 2
10:40 Break
10:45 Calcium Aluminate Cement saving potentials in Building Chemistry products — Alexandra Gerz
11:00 Assessment of Drying Behavior of CAC-Based Pastes Using Neutron Imaging Method at Early Age — Damla Nur Celik
11:15 Biogenic Corrosion
11:15 Performance Assessment of Specialty Cements for Manhole Construction in Australian Sewer Infrastructure — Marjorie Valix
11:45 Modeling CAC Mortar Degradation under Acetic Acid Exposure — Neven Ukrainczyk
12:05 Understanding biodeterioration mechanisms of a calcium aluminate–based coating affected by substrate cracking — Dr Reem Hoballah
12:25 A Framework for Classifying Sewer Gas-Phase Corrosivity Based on Material Response — Marjorie Valix
12:45 Study of the durability of calcium aluminate cement on wastewater treatment plant — Marielle Guéguen Minerbe
13:05 Lunch
14:00 Carbon Footprint
14:00 Sustainable Calcium Aluminate Cement Formulations: Partial Clinker Replacement with Activated Chemicals — Buket Polat
14:20 Beyond Pozzolanicity: Metakaolin is key to the Surface Aspect of Sustainable Flooring Mortars based on Ternary binders — Alexandre Franceschini
14:40 Panel: Embodied CO2, Sustainability - Producers — Kimberly Kurtis, Matthew Adams
18:30 Gala Dinner
08:30 Coffee
09:00 Durability 1
09:00 Calcium Aluminate Cements in Context: Comparative Performance for Conventional Concrete Applications — Kimberly Kurtis
09:30 Ultra-Rapid Hardening Repair Mortar with Amorphous Calcium Aluminates for Freezer Floor Applications at -25°C — Dr Tomoki Katagiri
09:50 Durability of concrete containing calcium aluminate-based mineral accelerator — Barbara Benevenuti
10:10 Poster Pitches
10:20 Break
10:30 Mathematical Modeling of Thermal Effects in Calcium Aluminate Cement — Hamidreza Karami
10:30 Utilization of Granulated Slag as Aggregate and Alumina-Bearing SCM in Cementitious Systems — Ms Kelly Lau
10:40 Comparison of Durability of Calcium Aluminate and Sulphoaluminate Cements (CAC, CSA and HB-CSA) for Aggressive Environment — Mr Bishwjeet Binwal
10:40 The durability of CAC compared to Portland cements in cases of biodegradation — Dr Tony Pons
10:50 Durability 2
10:50 Long-term Evaluation of Rapid Concrete Repair Systems — Racheal Lute
11:10 The effect of carbonation on calcium aluminate cement with the addition of slag and calcined clay — Marijana Serdar
11:30 Freeze–Thaw Durability of CAC Assessed by Synchrotron Microtomography — Lucía Fernandez
11:50 Deep-sea Performance of High-alumina Calcium Aluminate Cement: Durability under 1000-2000 m In-situ Exposure — Prof. Keisuke Takahashi
12:10 Conference Closing — Elsa Qoku, Jason Ideker, Matthew Adams
12:30 Farewell Lunch
