Published Paper Details:

Construction or civil Engineering represents one of the oldest branches of engineering, and practises that were used at the time were outdated. E-Waste is one of the fastest-growing waste streams in the world due to the current technology boom, technological advancements, and the electronics manufacturing sector. But, when the globe was facing severe environmental issues, civil engineering developed a number of innovative solutions. converting waste materials and other environmentally harmful elements into environmentally friendly products. Yet, E-waste is now becoming a significant issue. When left untreated, E-waste contains materials like plastic and PVC that pose a serious hazard to the environment. It is posing a major danger to the planet's landfills, and groundwater, which is steadily turning poisoned. E-waste was taken into consideration as a source of building to address this landfill issue and stop groundwater from becoming poisonous. Electronic garbage that is damaging to the environment includes mobile phones, iPods, refrigerators, computers, printers, washing machines, and televisions. India produces over 2 million TPA of E-waste (tonnes per annum). As a civil engineer, we took advantage of the situation and substituted e-waste for aggregate. Because of this, e-waste mortar has grown in a way that makes it lighter and more flexible. E-waste as a substitute for coarse, fine, or both types of aggregate produced remarkable results. This present study includes partial replacement of E-waste as fine aggregate in cement mortar. The E-waste is replaced in different proportions like 0%,10%,20%,30%,40%50%. The specimens are cured and tested for 7days, 14days and 28days. When the replacement ratio of E-waste increases the strength decreases. The compressive strength, the durability strength results of the cement mortar are found out in this investigation.