The most fundamental part of cement, Portland concrete, is a flexible and rather costly substance. Concrete assembling for a huge scope is creating ecological issues and exhaustion of regular assets from one perspective, and consumption of normal assets on the other. Because of the danger to the climate, specialists have started to utilize mechanical waste as a supplemental cementation fixing in the creation of cement. With the utilization of fundamental materials like concrete, coarse totals, and fine totals, the present structure costs are at a record-breaking high. Leaving waste materials in nature, in particular, can cause environmental problems. Cement manufacturing releases a large amount of greenhouse gases into the atmosphere, which contribute to global warming. Subsequently, scientists are presently zeroing in on the utilization of waste materials with cementing properties that can be added to cement concrete as a fractional replacement for cement without undermining its solidarity or durability, bringing about a decline in cement creation and consequently a decrease in ozone depleting substance outflows, just as economical waste administration. Silica smolder and powdered granulated impact heater slag are side-effects from the iron business that, due to their characteristic cementing characteristics, can be utilized as a halfway replacement for cement in concrete. The reason for this review was to examine the workability, compressive strength, split rigidity, flexural strength, and durability of cement by subbing Silica seethe (SF) and ground granulated impact heater slag for cement (GGBS). The different replacement levels 0%SF+0%GGBS, 10%SF+0%GGBS, 10%SF+10%GGBS, 10%SF+20%GGBS, 10%SF+30%GGBS, 10%SF+40%GGBS, 10%SF+50%GGBS for M40, M60 and M80 Grade of concrete.