Published Paper Details:

Paver blocks have emerged as a sought-after choice, lauded for their myriad benefits. As a versatile pavement surfacing option, they come in various materials such as concrete, clay, and recycled plastic. The installation of paver blocks has become commonplace, offering not only aesthetic appeal but also value enhancement for properties, driveways, and more. However, cost reduction remains a significant challenge in the current landscape, necessitating the exploration of affordable materials for paver block production. In a developing country like India, where construction of roadways and buildings holds immense importance, the demand for paver blocks continues to soar. These blocks, comprising semi-dry concrete mixes with minimal slump and smaller stone chips compared to conventional concrete, find extensive applications in outdoor settings, streets, and various construction projects. To further enhance the strength and performance of paver blocks, this project focuses on the utilization of Ground Granulated Blast Furnace Slag (GGBS). By partially replacing cement and fine aggregates with GGBS in M30 and M50 grade concrete, the compressive strength, flexural strength, and water absorption of the paver blocks are evaluated. The findings reveal that the strength values, including compressive and splitting tensile strength, are notably higher when GGBFS is substituted at a 40% level in both M30 and M50 grade concrete paver blocks. The primary objective of this project is to tap into the potential of GGBS, a waste product, for eco-friendly paver block production. By harnessing this resource, we aim to contribute to the construction industry while promoting sustainable practices. This research paves the way for the utilization of GGBS in the manufacturing process, ensuring a greener and more efficient approach to paver block production. In conclusion, this project seeks to revolutionize paver block manufacturing by embracing the advantages of GGBS. By leveraging this waste product, we not only enhance the strength and performance of paver blocks but also promote environmentally friendly practices in the construction industry.