Experimental Study Of Palm Oil Fuel Ash As Cement Replacement Of Concrete

ABSTARCT Fast development of framework has prompted to the utilization of cement all over the place, and one of the principle items required in assembling cement will be bond, with the expansion in the measure of bond utilized, warmth of hydration expands which will prompt to the arrangement of splits in cement joined by shrinkage impact Keeping in mind the end goal to control this, palm oil fuel powder, an agro squander which contains some measure of silica go about as a pozzolanic material is being utilized as concrete substitution and its strength is compared with conventional concrete of grade M35. Palm oil fuel ash which is obtained by burning palm fruit and dry leaves of palm oil tree in palm oil mills is also used to control heat of hydration effect on concrete, in the wake of beating and making it into a fine powder. In this study bond is being supplanted with palm oil fuel fiery debris by 18%, 20%, 25% and the strength tests like compressive strength test, tensile strength test, flexural strength test are performed and are compared with the results of conventional concrete of grade M35 for 3,7 and 28 days. Keywords: Experimental Study, Palm Oil Fuel Ash, Cement, Replacement, Concrete