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P1
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Hardened cement paste activation as a pathway for concrete decarbonization
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Frank Dehn, KIT
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P2
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Net zero Concretes by Carbonation and Aluminate Reaction Boosting (NO-CARBON)
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Torben Gädt, TUM
Daniel Jansen, FAU
Dirk Lowke, TUM
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P3
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Carbonation and hydration – towards the low CO2 binders with enhanced early-age performance
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Qiao Wang, RWTH
Thomas Matschei, RWTH
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P4
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R-ClinkerControl: AI augmented control model for coping with fluctuating recycling waste in carbonate-melt clinkering for recycling-cement
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Michael Haist, LUH
Peter Stemmermann, KIT
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P5
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Accelerated Carbonation hardening of binders based on raw dolomite – a way to a new resource-efficient construction material with low CO2 footprint
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Harald Hilbig, TUM
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P6
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Supplementary cementitious materials reactivity: chemistry-structure relationships for dissolution kinetics by upscaling atomistic modeling (SuperUptom)
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Mohammadreza Izadifar, TUDa
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P7
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CO2-neutral biomass-based particle interactions for NET-ZERO Concretes (BIOMAC) – experiments and modeling
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Eduardus Koenders, TUDa
Bernhard Middendorf, Uni Kassel
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P8
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Steel slags as the basis for CO2-neutral binders
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Horst Michael Ludwig, BUW
Christiane Rößler, BUW
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P9
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re-CEM: Applicability of recycled concrete paste as SCM through CCU – Elucidating the correlation between chemical composition, amorphous gel structure, and pozzolanic reactivity
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Alisa Machner, TUM
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P10
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Thermodynamic Data for Production and Utilization of Net-Zero Binders (DatProBind)
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Thomas Matschei, RWTH
Dietmar Stephan, TUB
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P11
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Active Carbonation of Porous Mineral Binder Systems – A-COMBS
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Viktor Mechtcherine, TUD
Marco Liebscher, TUD
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P12
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Microanalytical and microstructural investigations on hardening and carbonation behavior of activated clay based materials
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Martin Ritter, TUHH
Frank Schmidt-Döhl, TUHH
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P13
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C-Cure: Net-Zero Concrete with Carbonatable Binders, Rapid Reactivity Testing, Internal CO2-Curing, and Upscaling Computations
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Christiane Rößler, BUW
Neven Ukrainczyk, TUDa
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P14
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Building to Building to Building to Binder (Bn)
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Karl-Christian Thienel,
UniBwM
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P15
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Development of low-CO2 binders based on material from burned coal mining dumps
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Anya Vollpracht, RWTH
Tobias Vraetz, RWTH
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