The management of solid waste is a major issue everywhere in the world. It is undesirable materials produced from industrial, business activities, and residential areas in a given region which leads to adverse impacts on agriculture. Decentralized Municipal Solid Waste is one of the causes for the harmful environment in India and all over the world. Decentralized waste management causes significant problems including hazardous diseases and environmental pollution to tackle this problem scientific management of waste disposal is needed. There are a few methods that are used to find the solution to this problem but they do not give a precise and accurate result also there is uncertainty in data so there is an immediate need to establish a reliable way to find the place where solid waste should be disposed of. A scientific integrated solid waste management system must be immediately designed in order to reduce the effects on agriculture. Geospatial tools like Remote Sensing and GIS which can help in appropriate site choice for MSW disposal in additional scientific manner might result in economically supported concrete proof. The result of this study provides the exact suitable places in the city and also provides the best algorithms in the field of Site Suitability Analysis (SSA).

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

SISWMS: Scientific Integrated Solid Waste Management System

  • Megha Jain,
  • Disha Pandey,
  • Lalit Kumar

摘要

The management of solid waste is a major issue everywhere in the world. It is undesirable materials produced from industrial, business activities, and residential areas in a given region which leads to adverse impacts on agriculture. Decentralized Municipal Solid Waste is one of the causes for the harmful environment in India and all over the world. Decentralized waste management causes significant problems including hazardous diseases and environmental pollution to tackle this problem scientific management of waste disposal is needed. There are a few methods that are used to find the solution to this problem but they do not give a precise and accurate result also there is uncertainty in data so there is an immediate need to establish a reliable way to find the place where solid waste should be disposed of. A scientific integrated solid waste management system must be immediately designed in order to reduce the effects on agriculture. Geospatial tools like Remote Sensing and GIS which can help in appropriate site choice for MSW disposal in additional scientific manner might result in economically supported concrete proof. The result of this study provides the exact suitable places in the city and also provides the best algorithms in the field of Site Suitability Analysis (SSA).