Carbon Dioxide Sequestration in Cementitious Construction Materials

Case studies Performance Global-warming Model Cost analysis Hydration Microstructure Recycling Production Properties Carbon sequestration Concrete Carbon dioxide Fertilizer industry Carbonic anhydrase Diffusion Mechanical properties Cyanobacteria Utilization Aluminum industry Fly ash Microstructures Calcite CO2-sequestration Test method CO2 Utilization Accelerated carbonation Durability Preconditioning Applications Precursors Waste Recycling Compressive Strength Factors Environmental assessment Mineralization Industrial wastes Recycled aggregates Alkali-activated Materials Mechanical property Soda CO2 Concentration Carbon footprint Carbonation Carbon tax Steel slag Recycled concrete aggregate Accelerated carbonation curing Adhered cement mortar Alkaline industrial waste Alkali-activated mortars activators Aqueous-based carbon dioxide sequestration Carbon dioxide capture and storage Cement-bonded particleboards Carbonation efficiency Carbon dioxide sequestration Conference of parties Construction material CO2-cured CO2 capture and sequestration Coulometric titration Carbonation mechanisms CO2 uptake Durability properties co CO2sequestration Gamma densitometry Freeze-thaw resistance Dimensional stability Hemp fibers Katoite Ignition testing Microbial carbonate precipitation Mass change Phosphogypsum Quantitative X-ray diffraction Portlandite Relative humidity Reactive magnesia cement Quality Enhancement Secondary phases Mineral carbonation Waste glass Post-curing