Investigations on Durability Characteristics of E-Plastic Waste Incorporated Concrete

Electronic waste or waste electronic and electrical equipment is an emerging issue posingserious pollution problems to the human and the environment. New effective wastemanagement options need to be considered especially on recycling concepts. This paperpresents the results of an investigation to study the performance of concrete prepared with Eplastic waste as part of coarse aggregate. An effort has been made to detail a systematic study of compressive strength of concrete with various proportions of E-waste as coarse aggregate in concrete. The test results showed that a significant improvement in compressive strength was achieved in the E-plastic concrete compared to conventional concrete. The tests were also designed to evaluate the internal pore structure, its chemical resistance to environmental agents and reactivity with some components of the cement. The results indicated that the E-plastic aggregate up to 15% weight of the coarse aggregate and replacement of cement with fly ash (10% by weight) can be used effectively in concrete and thus results in waste reduction and resources conservation.