International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395 -0056
Volume: 04 Issue: 02 | Feb -2017
p-ISSN: 2395-0072
www.irjet.net
Use of Marble Slurry Waste in Building Works to Protect Environment. Er. Gokul Prasad Sharma 1, Dr. D.K. Singhal 2 Research Scholar Bhagwat University Ajmer Executive Engineer RSAMB ---------------------------------------------------------------------***--------------------------------------------------------------------1
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Abstract - Marble industry has grown significantly in India
than 100 microns can now be used as soil stabilizers, concrete aggregates and fill materials for road building and the construction sector is the largest and most important sector in which natural stone waste can be used important sector in which natural stone waste can be used obtained from natural stone plants in soil stabilization and the impacts of different types of waste on soil will help determine the most economic and suitable waste to be used determine the most economic and suitable waste to be used. India is one of the richest countries in agricultural resources. Agricultural wastes are the byproducts of various agricultural activities such as crop production, crop harvest, saw milling, agro-industrial processing and others. In India sugar industry alone produces about 90 MT of baggage per year and being used in manufacturing of insulation boards, wall panels, printing paper and corrugating medium. There is a growing concern for agricultural wastes, which are mostly being burnt thereby contributing considerably to global warming. Use of organic wastes such as peanut husk, mahau and linseed residues, coconut coir dust, rubber seedpod, spent cashew nut shell etc., were explored and used for different applications. Inorganic solid wastes generation, recycling and utilization growing concern for agricultural wastes, which are mostly being burnt thereby contributing considerably to global warming. Use of organic wastes such as peanut husk, mahau and linseed residues, coconut coir dust, rubber seed pod, spent cashew nut shell etc., were explored and used for different applications. The waste marble powder and soil mix properties can be used in the different part of the areas such as for the soil stabilization, compaction for base area and foundation filling. We do the research for the usage for the waste marble powder in many part of the construction field and other use for the dispose area. In our country the one famous marble name is Makrana Marble, which is available in the state of Rajasthan in Jaipur. With nearly 600–800 mines present the place offers a huge market potential for these companies. The present rate of marble production from Makrana is 1.20 lakh tones per year with annual revenue of 36 crore. Makrana is source of employment to at least 1 million people of about 100 surrounding villages. The global marble industry has expanded rapidly since 1990s and is expected to grow at more than 8% per annum in the future. Marble
last decade with privatization trend in early 1985.Accordingly, the amount of mining and waste material has increased. The stone waste is more polluting waste due to its highly alkaline nature, and its manufacturing and processing techniques ,which has imposed the environment and health threats to the surroundings The test results revealed that use of marble can be made in physical and mechanical properties that qualify them in the building sector. In this way, the environment can be protected from the harmful effects of dumping marble slurry waste into open land. In this study, we have blended Marble slurry into black cotton soil in different proportions and have done relevant tests such as liquid limit test, plastic limit test, specific gravity test and proctor test. Key Words: Marble dust, Black cotton soil, Liquid limit test, plastic limit test and specific gravity test.
1. INTRODUCTION The continuing increase in world population results in a higher demand for new construction such as housing, public buildings and roads, thus the need for construction materials increases. Materials obtained by conventional methods are not sufficient to satisfy this demand. To ensure the sustainability of geotechnical and building construction, it is essential to utilize production waste as well as to create new sources of materials. Every year a large part of recyclable materials is disposed of in landfills or arbitrarily discharged to the environment. Therefore, researchers are interested in finding ways of eliminating the negative interested in finding ways of eliminating the negative impacts of waste and obtaining economic benefits from the recycled material has been a subject of research in recent years. In addition to lime, cement and bitumen, industrial waste materials such as fly ash, silica fume and blast furnace stag are being used as an additives in building materials from two decades. Natural stone waste such as waste marble in different materials in building. The use of industrial waste as additives in the stabilization of soil granite consisting of particles smaller
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