International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 04 | Apr 2024
p-ISSN: 2395-0072
www.irjet.net
IMPROVE THE PHYSICAL PROPERTIES OF SOIL BY USING MINING WASTE MATERIAL Abhay Nannaware 1, Girish khadatkar 2, Ashish Undirwade 3 Vaibhav Nirgude 4, Jatippriyo Sarkar 5, Isha Amode 6 Guide: Professor, Divyani Harpal Department of civil engineering TGPCET [RTMNU], Nagpur, India 1 Student, Abhay Nannaware, Department of civil engineering TGPCET [RTMNU], Nagpur, India 2 Student, Girish Khadatkar, Department of civil engineering TGPCET [RTMNU], Nagpur, India 3 Student, Ashish Undirwade, Department of civil engineering TGPCET [RTMNU], Nagpur, India 4 Student, Vaibhav Nirgude, Department of civil engineering TGPCET [RTMNU], Nagpur, India 5 Student, Jatippriyo Sarkar, Department of civil engineering TGPCET [RTMNU], Nagpur, India 6 Student, Isha Amode, Department of civil engineering TGPCET [RTMNU], Nagpur, India ---------------------------------------------------------------------***--------------------------------------------------------------------adding mining to it, our result was safe. Mining waste Abstract - Waste is coming out from the mining site can be composed of sedimentary, metamorphic, or which is a big problem. Because mining waste has a huge igneous materials ranging from fine particles to impact on the environment and humans, we did some boulders. Mining activities have a widespread negative research, testing, and even comparison. Mining has impact on the environment, particularly on soil. covered an area of 34 hectares. Every year 50lakh Research on mining waste has increased by almost cubic/m of waste is extracted from mining and there is 40%, focusing on waste management practices. Studies no solution for it and man-made mountains are being have highlighted the detrimental effects of mining created. For this, we also researched it to check some of waste on the environment, as well as on social and its properties. And, we also surveyed the mining site from economic factors. which we found out how much waste is being generated. The experiment conducted in this project specific gravity, 2. LITERATURE REVIEW water contain determination, plastic limit, liquid limit, and Proctor compaction test. The project aims to increase the strength of mining waste by using black soil. 1. N. Shahid1, S. Amardeep2, Mine waste from the Rajpura-Dariba mine in Udaipur has varied sizes. Test the different soil classification specific gravity ranges Key Words: Mining Waste, Cost reduction, reduction of from 2.90 to 2.96 due to zinc and lead. Proctor dry building material, transition filling material. density ranges from 2.01 to 2.15 g/cc, indicating good density. 1. INTRODUCTION 2. Punith H B1, Sudhakara H N2, Dristi3, Thejas Shankar C P4, Supriya M J, Replacing 20% of black cotton soil with mine tailing significantly enhances properties like maximum dry density and optimum moisture content lime addition slightly reduces maximum dry unit weight due to soil-lime interaction. Both mine tailing and lime improve soil stability.
The waste in the opened hand area creates nuisance and environmental pollution. The scarcity of usable land, to major environmental problems all over the world is the production and accumulation of water. The minerals of mines are usable to store dumps due to damage collection of substances is rejected and overburdened. There are 316 mining dumps spread across the mining active region of the state. The material that must be removed to get admittance to the mineral resources. Mining in India meets the mineral requirements of various industries. We will understand that the mining waste that comes out is dumped, then it causes environmental impact erosion loss of biodiversity, and contamination of soil. We took the soil sample and tested the mining sample and after © 2024, IRJET
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3. S.Mabroam¹,S.Mookanna²,A.El. Machi³, Y. Taha, M. Benzaazoua, R. Hakkou, Research focuses on synthesizing geo-polymers from mine waste, considering reduction and mechanical properties geopolymerization offers promising waste management, reducing environmental impact.
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