International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 07 Issue: 02 | Feb 2020 www.irjet.net p-ISSN: 2395-0072 © 2020, IRJET | Impact Factor value: 7.34 | ISO 9001:2008 Certified Journal | Page 368 A Review Paper on Groundwater Recharge by Utilizing Waste Water from Residential Area Miss. Arpita A. Nandanwar 1 , Mr. Akash Y. Raut 2 , Mr. Avej S. Qureshi 3 , Mr. Chhatradip M. Bande 4 , Mr. Jeevan M. Dhawase 5 , Mr. Maitray M. Khobragade 6 1 Assistant Professor, Department of Civil Engineering, Guru Nanak Institute of Technology, Nagpur. 2,3,4,5,6 Student, Bachelor of Civil Engineering, Guru Nanak Institute of Technology, Nagpur ---------------------------------------------------------------------***---------------------------------------------------------------------- Abstract - Artificial recharge of groundwater exploitation treated effluent continues to rise, significantly in arid and semi-arid countries. Artificial recharge as a method to reinforce the natural provide of groundwater aquifers is turning into more and more necessary in groundwater management. The primary aim of this study is to coming up with and planning of artificial recharge structures for residential area. Basic operational water demand is calculable to quantify the water to be recharged for a balanced and property water recharge cycle. The study estimated the degree of generated waste water yet as rain runoff water and from the residential area. The rate of natural well water recharge, rain runoff and total treated effluent out there for recharge is calculable as further or various method of recharge of ground water. From the source it is found that a confined aquifer is goes decreasingly up to 4m to 8m from there natural level. The soil strata below the aquifer were impervious. So recharging below impervious layer is impossible so that we have to recharge treated water in pervious layer. That is within aquifer so that treating this water within rapid sand filter and sends it to the aquifer. The primary objective of this technology is enhance groundwater resources in arid and semi arid area in country. 1. INTRODUCTION Artificial Recharge Technique could be a method of replenishing ground water by Surface and Sub-Surface ways. It is necessary that groundwater ought to be recharged naturally or artificially in proportion to the quantum of depletion. As artificial recharge has improved method, managers have begun to look for extra sources of recharged water artificially. In this context recharge of groundwater table using waste water from residential area is one of the best method. Different type of method have been employed all over the word can briefly classified into two categories that is surface and sub surface ground water recharge. In surface method available water is spread on open area to let them percolate sub-surface reservoir. In sub-surface method artificially we bore hole or well and recharge the ground water. Our project is based on sub-surface recharge of ground water by treating waste water from the residential area. Groundwater is the main source of both drinking and irrigation water. India is the largest user of ground water table in the world. It use about 230 cubic kilometers of ground water per year. It is equal to the 1 quarter of the global. India used 60% of their irrigated agriculture water and 80% of their drinking water from the ground water from a report of World Bank it said up to 2022 the ground water table in 22 cities in India is goes to their critical condition. If the over exploitation of groundwater is continue then the whole country will suffering from water scarcity. In India the total number of bore wells and wells is around Twenty Seven million which consumed 50% of groundwater. To solve this problem we create our model. In this model we use water from residential area to increase the ground water table. We use waste water from residential area, this water transfer to cylinder in which sedimentation and floating of oil on surface of water is takes place. By giving some treatment we remove the oil and then we transfer this water to the rapid sand filter in which water is purified upto some level then, this water is send to well and from well it transfer to the ground water table. The applications of this project are land subsidence, preserve of ground water resource in part of India, reduction in wastage of waste water from residential area. Nagpur city, one of the major metropolitan cities in India, is situated at the centre of the India. Nagpur is inhabited by more than 2.5 million people in an area of 227 Sq.km. Water supply for this population is maintained by augmenting a combination of surface storage reservoirs and aquifers. Nagpur municipal corporation (NMC) is responsible for water supply and sewerage services in the Nagpur Metropolitan Area. The preset study is initiated by considering reuse of waste water to recharge the aquifer for augmentation of groundwater which is a viable option rather than demanding the additional sources. Chart 1- ground water source in Nagpur district