Paper Details

— India is developing country with rapid acceleration in GPD due to tremendous development inInfrastructure. Roads are major part of any country‘s infrastructure which plays important part in movement of peopleand goods. But in a construction of roads Majorly Road Construction is an activity in which utilization of naturalrecourses more due to which natural recourses get hampered.On other hand the waste form industry like steel slagproduces in large quantities ,the dumping of such waste become serious issue to environment now a days and recycle ofthese waste not economical. Agricultural development also at peak period in our country the production fromagricultural further used for production of food materials like sugarcane ,which is used for production of sugar, butalong with these production some harmful by product also produce like Vinnasse, a the disposal of vinnasse also affectenvironmental balance.To overcome this problem effective use of industrial and agricultural waste is required and use of In this research paperthe effective manner is to use slag in concrete by replacing natural coarse aggregate. In this study, the replacement wasdone with coarse aggregate by steel slag for different proportions of 0%, 25%, 50%, 75% and 100% for a M30 grade ofconcrete is used for a water cement ratio of 0.48. Tests for compressive strength at 7 days, 14days and 28 days areconducted on specimens. Split tensile strength and flexural strength are carried for 28 days. The optimum strength isobtained on 75% replacement of coarse aggregate by steel slag. Further experimental investigations have been made tostudy the suitability of Vinnasse (waste water from sugarcane factories) to improve some properties of soil. Theimportant geotechnical properties tested are: 1. Specific gravity 2. Liquid limit 3. Plastic limit 4. Plasticity index 5. Drydensity 6. Optimum moisture content 7.California Bearing Ratio test and 8.Standard Proctor Tests over various soilspecimen with varying percentage of Vinnasse addition (5%, 5.5%, 6%, 6.5% and 7.5%) , test results are find outsatisfactory.

Shardul Shanmukh, Satyajit D Patil, ““Effective Utilization of Industrial Waste & Agriculture Waste in Concrete and Soil for Road Pavement‖”, International Journal of Advance Engineering and Research Development (IJAERD), Vol. 4, Issue 7, pp. 384-390, July 2017.