Investigation of Hazard Wastes using Weight Sum Method (WSM)

This paper is a common one in many objective optimizations. Conceptually, weight loss is both an independent method and a component of other methods. As a result, the sum of the weighted information about the characteristics of the system has a long-term impact. However, there are many published applications for this method, and in depicting Barito’s optimal collection of literature, its shortcomings have been remedied. There is no detailed discussion of ideological significance or techniques to increase the efficiency of the system's primary expression of preferences. Home is dangerous Municipal solid waste (WSM), disposal managers, and policies are a problem for classmates. When comparing special collection to general disposal, the difficulty of the projects is an important fundamental factor. If used properly, this is a project that can withstand many adverse conditions, whether centralized, periodic, or voluntary. User convenience compared to special collection programs will significantly improve. With a population of 271,960, San Luis Obispo County, California, specifically for HHWM (Household Hazardous Waste and Materials), established a mandatory retail withdrawal scheme. First District: medical sharps, fluorescent lamps, latex paint and home batteries. The project's transfer facility is located near the district's retail localities as assortment points for transportation purposes. Recently, global environmental burden has made increasing automobile weight loss more desirable. Weight of vehicle body structures is one of the common concepts for reducing stress scattering and including load scattering. These approaches Weight loss and increased stiffness and strength are aimed at increasing. For this reason, it is important to understand whether the load is scattered within the structure. Alternative: health and safety, human health care, complementary service, quality of service, own vehicle fleet, economic factors, problem-solving capability, and service time. Evaluation Preference: ignitability, corrosiveness, reactivity, hazardous wastes. In this form of analysis, WSM is the most perfect technique for solution. Observing the results obtained using this method shows that the owned vehicle fleet ranks first, while taking care of human health ranks last.