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In recent years innovations in technology and increasing demand of materials in construction industry have led to the exploitation of natural resources. Also due to rapid industrialization a huge amount of waste is generated which creates several problem on environment, the safe disposal and reuse of such waste is a major concerned. In this study, the effective and optimum use of such waste to replace natural sand is studied. On the other hand day by day increase in temperature to climate change increases the operational cost of a building to overcome such situation natural soil can be use as an ideal construction material, which has potential to reduce carbon footprint. In this study locally available non swelling soil is selected for investigation. Cement stabilised compressed earth (CSCE) blocks are prepared at varying percentage of demolishing waste (DW) to replace natural sand and Fly Ash (FA) to improve strength property of block. The optimum percentage of DW with soil is investigated. Optimum combination obtained further studied for effect of FA. The cube compressive strength and secant modules is varying with fly ash content and curing period, there is negligible deviation in dry density mostly within 10% of FA. Due to pozolonic effect cube compressive strength increases with increase of FA up to 10%. Further increase in fly ash reduces density of material and ultimately strength of CSCE blocks.

Experimental Study of Industrial Waste in CSCE Block