Development of new ecological and sustainable hydraulic binders
Development of new ecological and sustainable hydraulic binders based on different percentages of limestone fillers
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To contribute minimize the greenhouse gases emissions into the atmosphere and to improve the physicochemical, physical and mechanical properties of cementitious materials in the fresh and hardened state, we have incorporated a limestone fillers (F-Lime) in the formulation matrix of cement while partially substituting the clinker by its at different percentages ranging from 5% to 40% by weight of the cement with a step of 5%. The influences of incorporation of F-Lime on physicochemical properties of new hydraulic binder and the physical properties of the cement paste in the fresh state have bee...
To contribute minimize the greenhouse gases emissions into the atmosphere and to improve the physicochemical, physical and mechanical properties of cementitious materials in the fresh and hardened state, we have incorporated a limestone fillers (F-Lime) in the formulation matrix of cement while partially substituting the clinker by its at different percentages ranging from 5% to 40% by weight of the cement with a step of 5%. The influences of incorporation of F-Lime on physicochemical properties of new hydraulic binder and the physical properties of the cement paste in the fresh state have been studied on one hand. The effects of adding of F-Lime on mechanical performance of cementitious materials in the hardened state have been evaluated on the other hand. The obtained results by different formulations prospected have shown that the addition of F-Lime in the formulation matrix increases their fineness. In addition, its density is decreased. We noticed that the setting time increases with percentage of F-Lime decreases. The compressive strengths at a young age, middle age, and long-term have been improved. The W/C ratio, the porosity, and the capillary absorption were decreased.
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