Article Details

Experimental Study on Partial Replacement of Cement by Saw Dust Ash and Coarse Aggregate by Plastic Waste in M25 Grade Concrete | Original Article

P. Ramakrishna*, V. Venkatesh, Md. Younus Mohiuddin, M. A. Haleem, in Journal of Advances in Science and Technology | Science & Technology


The use of plastic and wood based materials increasing day to day, the pollution to the environment is enormous. Since the plastic is a non-biodegradable material. Although steps were taken to reduce its consumption. Globally, the cement manufacturing industries contributes 7% of green-house gas emission to earth atmosphere. The sawdust is a byproduct of cutting or otherwise pulverizing wood with saw tool. This process is a daily activity causing heaps of sawdust to be generated after each day. This effects environment widely. The need to convert this waste product into a useful by product is the focus of the study. In this study we have casted M25 grade concrete replacing partially cement with saw dust & coarse aggregate with plastic at various percentages 5%-5%,5%-10%,5%-15%;10%-5%,10%-10%,10%-15%;15%-5%,15%-10%,15%-15% . The fresh concrete properties and mechanical properties were observed. It was concluded that the slump and the compacting factor decreased as the SDA content increased indicating that concrete becomes less workable as the SDA content increased and 10% of saw dust ash and 5% of plastic waste substitution is adequate to enjoy the maximum benefits of strength gain.