A thesis submitted in partial fulfillment of the requirements for the degree of Master of Engineering in Remote Sensing and Geographic Information System

Thesis (M. Eng.) - Asian Institute of Technology, 2019

Nowadays, Solid Waste Management is an extraordinary risk not exclusively to the economy of any nation yet for the environment as well. People through different sources create huge amount of solid waste consistently .In the period of globalization, one of the major issues of developing and underdeveloped nations is handling of waste of solid waste. Hyderabad is one of the greatest city and additionally real IT center point of India and incredibly doesn't have any legitimate strong waste administration framework appropriate from gathering to its appropriate transfer. The aim of this research is to set up a GIS based administration framework to enhance the present strong waste administration practices in Hyderabad .Questionnaire and test study has done to gather information about number of occupant measure of waste created from houses and family unit conduct towards waste transfer over the area.Gps overview was completed to catch the present area of existing collection bins, landfill sites and informal brief open transfer sites. Furthermore road network of study zone and house impressions were digitized from google earth so as to get ready existing guide of present strong waste administration frameworks of study area. This work utilized GIS to research the required number of accumulation canisters and migration of existing containers and in addition set up an ideal way for waste accumulation to landfill destinations. Dijkstra's calculation is utilized to locate the ideal way while the formulae N = W/(J) x S x c) Where N is the quantity of canisters, W is add up to amount of waste created every day in kg, D is thickness of waste in kg/m/\3 , S is size of the waste container bin in m/\3, e d coefficient of filling of the container (Generally 75%).Then the appropriate areas were found for new receptacles in reference to existing containers and street arrange considering the components street shouldn't be restricted and lacking space on street and in addition unserved region. The GIS based investigation is directed to choose ideal street arrange from the transportation from the gathered containers to landfill locales. At that point all the accumulation receptacles were partitioned in to clusters lastly most brief way is made and showed on site utilizing Dijkstra's calculation for each group.