Cold Bonded and Low Temperature Sintered Artificial Aggregate Production by Using Waste Materials

The paper presented the possibility of manufacturing aggregates from industrial waste materials and their ecological benefits. cold bonding process to create uses substantially less energy than sintering technique. This study deals with outcomes an experimental assessment physical strength properties environment-friendly cold-bonded sintered fly ash (FA), ground granulated blast furnace slag (GGBFS), quartz (Q) lightweight aggregates. were mixed Portland cement at 20–50 percent by weight make artificial To investigate impacts temperature on properties, such as crushing strength, density, water absorption, pellets 300, 600, 900 °C for hour. results show that all produced might be categorized due combinations' average densities being 2,000 kg/m3. had higher density well decreased absorption. improved somewhat raising temperature, while absorption increased temperature. In this research, most efficient mineral admixture concentration has been evaluated 50 both 30 pellets. Furthermore, superior qualities have reported