— All around vitality sparing and carbon decrease turns into the real issues for the developing nations. Most extreme use of assets, effective development, quality enhancements, costs have turned out to be earnest issues. Reusing is acknowledged to be one of the vital bases of manageability. Presently civil engineers are attempting to use all sort of item, regardless of whether they are metal, solid, plastic, wood, glass or even agro backwoods which can transform into beneficial products. The most ideal approach to manage such sort of squanders is to reutilize them as crude materials or modifiers. Agro waste such as rice husk, wheat straw ash and sugarcane bagasse are used as pozzolanic material (supplementary cementitious material) for the development of blended cements. In recent years cement both in mortar and concrete is the important element for infrastructure and can be used as durable construction material. Conventionally ordinary Portland cement is recognized as major construction material throughout the world. But non industrial and agriculture wastes such as blast furnace slag, fly ash and silica fumes are being used as supplementary cement replacement materials. This study is a investigation efforts for the impacts of SCBA and RHA as cement replacement on the concrete properties. The grade point about this ponder might have been with assess those quality strength and durability property for concrete. This investigation indicated that displacing a portion rate of regular cement by SCBA and RHA transform in properties from claiming concrete. The properties would concentrated on 7days, 28days compressive strengths, flexural strength and splitting tensile strength from claiming break properties and durability properties (Chloride Resistance), which may be enhanced on comparison with controlled specimen.