Given its diverse applications, concrete is a very important composite construction material. One of the major obstacles at now is the production of long-lasting, affordably priced concrete. Different characteristics of concrete may be attained by using a range of additional cementitious constituents. Several method developments have occurred in recent years to alter the durability and lifespan of concrete. Furthermore, this initiative aims to mitigate the ecological harm resulting from the waste produced by different activities. Optimal selection for large-scale projects, such as tall structures, is high performance concrete. One possible approach to enhance the performance of concrete is to use waste materials produced by many industries, including fly ash, GGBS, copper slag, silica fume, and similar substances. Incorporating more materials may improve the quality and strengthen the final strength and durability. First and foremost, it is essential to determine the best mix design as a foundation for adjusting the components to create the ideal mixer with the appropriate amount of concrete, including silica fume. Based on the collected data, it can be deduced that a SF (SF) percentage of 15% is the suitable quantity. This inference is derived from the observation that the current study demonstrates a significant improvement when the suitable amount of SF is utilized in the analysis. This study demonstrated that the strength of ordinary Portland cement (OPC) in concrete increased until the replacement dosage reached 15%, after which it progressively decreased. Greater incorporation of SF diminishes the malleability of the concrete mixture. Furthermore, a small number of chemicals are used to enhance the performance and ease of handling. Furthermore, further ingredients were added to enhance the consistency.