Abstract
Waste disposal is creating serious health problems in and around the dumping sites in different parts of the world. Therefore, there is a sudden need to address the problems associated with it and come up with an action plan which could help reduce the carbon footprint across the globe. Usage of natural fibers in place of synthetic fibers in concrete or wherever possible will reap excellent benefits when it comes to reducing carbon footprint and building an effective solid waste management. One way to do it is using the natural fibers. Natural fibers, Sugarcane bagasse fibre which is a byproduct of the sugar industry and is abundant in supply. The intent of the study is to ascertain the mechanical strength and durability of the sugarcane fibre reinforced foam concrete. In this study, foam concrete was prepared with inclusion of bagasse fibre in different percentages of 0% (CS or controlled specimen), 1%, 3% and 5% with respect to cement by weight. The experimental results indicate improvement of the strength properties with the use of bagasse fibers. Effects of fibers on water absorption rate, drying shrinkage were also studied.
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