Stabilization of Silty Soil with Marble Dust and Sugarcane Bagasse Ash

Utilization of Marble Powder and Magnesium Phosphate Cement for Improving the Engineering Characteristics of Soil

“…The soil is a building material taking on the distinct properties that vary from place to place [6,7]. Unlike new compounds, there are also variations in properties that are required to be properly evaluated for the specific area of study [9]. This is because with a general soil inspection of a city it may mislead us for a definite project position.…”

“…Examining the bearing strength specification of soil, it usually shows many modifications along with the horizontal and vertical sketch of the land. In some areas, it may have a beneficial strength for less depth whereas, it might not have adequate strength at an impressive profundity for which it gets basic to make building improvement strides for its stabilization [9].…”

“…Besides, it determines all the index properties of composite samples (i.e., those prepared with different amounts of MPC-MP). It is creating as a popular and practical technique for soil improvement [10], There are various stabilizing admixtures available [9], here, in this study work, soil stabilization has been finished with the utilization of arbitrarily accumulated marble powder which is a waste that remains during cleaning and cutting of marble material. The waste that survived from marble powder utilized in this examination was not for any way to exchange.…”

“…According to the review the world's marble stores are to be more than 15 billion m 3 , and Turkey shares a normal marble hold of around 5.2 billion m 3 . Marble is being carried out in different industrial resources and plants in just over 50 countries around the world [9,11]. China is the world's second-largest marble producer and produces about 350 million m 2 of marble planks in 2015 [5].…”

“…As the cutting of marble stone makes sludge, in this manner, the quickly developing marble industry has environmental concerns because of the negative impacts of marble quarrying [10][11][12]. Subsequently, the reuse of these wastes offers favorable circumstances to reduce development expenditures and raise maintainability, [9,11,13]. The most significant use of waste marble powder had the highest resistance to sulphate against seawater and the presence of excess Ca 2+ ions which helps to stabilize the soil [5].…”