Author/Authors :
Arunkumar, Kadarkarai School of Environmental and Construction Technology - Kalasalingam Academy of Research and Education - Krishnan kovil - Tamil Nadu, India , Muthukannan, Muthiah School of Environmental and Construction Technology - Kalasalingam Academy of Research and Education - Krishnan kovil - Tamil Nadu, India , Suresh Kumar, Arunachalam School of Environmental and Construction Technology - Kalasalingam Academy of Research and Education - Krishnan kovil - Tamil Nadu, India , Chithambar Ganesh, Arunasankar Department of Civil Engineering - Sree Vidya Nikethan Engineering College, Tripati, India , Kanniga Devi, Rangaswamy School of Computer Science and Engineering - Kalasalingam Academy of Research and Education - Krishnan kovil - Tamil Nadu, India
Abstract :
Climate change could be exacerbated by waste disposal problems, which destroy the ecosystem. Utilizing waste byproducts in creating eco-friendlier geopolymer concrete was hypothesised to be suitable and sustainable to overcome the negative impacts of wastes. The researchers had missed out on developing an alternate binder due to increasing demand for fly ash, high alkaline activators, and higher curing temperatures. This research used waste wood ash that is readily accessible in local restaurants and has an inherent potassium constituent. It has decided to replace the fly ash with waste wood ash obtained through nearby restaurants at intervals of 10 percent. The fresh and mechanical features have been discovered over long curing periods to assess the impact of waste wood ash. SEM and XRD have been used for characterising the microstructure of selected geopolymer mixes. In terms of setting properties and all mechanical parameters, replacing 30 percent waste wood ash produced enhanced results. The optimised mix could be used in geopolymer to replace fly ash and reduce the cost of alkaline activators while also reducing ecosystem damage.
Keywords :
Wood waste ash , Low calcium , Eco-friendly geopolymer concrete , SEM , XRD
