Municipal waste is collected and processed by or on behalf of municipalities. The term excludes municipal sewage networks, treatment, and garbage from building and demolition operations. Hazardous waste management (HWM) is concerned with handling waste materials that, if not done correctly, can have serious consequences for the environment and human health. Returning a product that has been damaged or destroyed to its original state is called “reverse logistics”, which is distinct from “waste management”. The primary focus of waste management is collecting and handling materials that can no longer be recycled with Smart Grid and Renewable Energy Systems. Unscientific treatment, inappropriate garbage collection, and ethical concerns are the main issues influencing solid waste management. Solid waste management is primarily influenced by unscientific treatment, inefficient garbage collection, and ethical concerns. Soil erosion, water pollution, soil degrading, and air-polluting are some of the side effects of this process. Making smart trashcans using IoT (IoT) devices such as smart sensors is possible with Smart Grid and Renewable Energy Systems. Technology, including IoT systems, can be used to alleviate the concern of waste disposal by generating data on how much waste is produced and collected in the first place, and then using that data and implementing more efficient methods of waste reduction in the future via separation and recycling, for example.The paper presented new municipal hazardous waste management methods and the internet of things. A sensor can be attached to a dumpster to monitor its fill level in Municipal Hazardous Waste Management (MHWM-IoT) municipalities or trash management firms. While still avoiding trash disposal facilities with the room, the IoT enterprise solution may identify the most efficient paths for garbage collectors based on this data. There has been a focus on contamination of the environment and proper waste processing technology implementation. Waste management is a critical issue that the government must address swiftly. Currently, there is limited public awareness of this topic. Too many dangers are associated with bringing out garbage, not today for future generations. As a result, the simulation analysis clarifies waste management and attains data management, sustainability, performance, minimal wastage accomplished by recycling, and achieving an efficiency of 95.09%.Consequently, the simulation analysis helps to clarify the process of waste management while achieving data storage efficiency of 95.09 percent and sustainability and performance.