Durability Performance Evaluation of Rubberized Geopolymer Concrete

Unfortunately, the production of cement impacts pessimistically on environments since it emits CO2—a principal Green House Gas (GHG)—encouraging earth-heating dilemma. Moreover, necessitates not only high temperature produced by devouring narrow natural mineral coal resources to obtain very amounts energy, but also gulps down limestone deposits as a raw material that is found confined in nature intense energy. Quite recently, geopolymerisation—an exothermic process, through which geopolymeric binders can be synthesis pozzolanic precursor rich Alumina and Silica, for an instant, Fly Ash, with alkali solution activation medium at low operational energy—is recognized brilliantly promising alternative conventional cement. That means, no elevated higher energy consuming reactions are essential any more associated contemporary production. This research paper moves towards fulfilling performance evaluation durability studies viz., water permeability, sorptivity, sulphate resistance, acid salt chloride diffusion, drying shrinkage, corrosion fly ash based user eco-friendly rubberized (containing rubber tyre fibres) geopolymer concrete. Comparisons outcomes have been made its counterpart, has unearthed Rubberized Geopolymer Concrete proved better concerning all above-mentioned parameters than OPC-Concrete.