Modeling of waste management systems is related to the simulation of the actual unit processes that make up the functioning of medical waste. The paper presents the model of medical waste management system in the dynamic version which allows to design the most economically effective systems of medical wastes disposal and utilization.The paper presents an analysis of dependency of the parameter describing the degree of reduction of medical waste in thermal transformation process on the value of the economic efficiency index obtained from the example of medical waste management system in the province of Podlasie.The range of operational research carried out within the framework of the optimization study was divided into two successive stages of optimization calcula-tions for the adoption of specific technical and economic parameters, to determine the impact of input parameter of the system in the reduction of medical waste in the process of waste incineration system that is the generated cost of the system, the rate of economic efficiency index and the spatial structure of the system. ...
Modeling of waste management systems is related to the simulation of the actual unit processes that make up the functioning logistics systems sorting, col-lection, transportation and disposal of waste. The paper presents the model of medical waste management system in the dynamic version which allows to design the most economically effective systems of medical wastes disposal and utilization.This paper describes the optimization study aimed to analyze the impact of the parameter describing the degree of reduction of medical waste in the process of combustion (wwp) and changes in the unitary cost of transportation of medical waste (Kij) on the value of the indicator of economic efficiency (E). The study was conducted on the example of the analysis of medical waste management system in Podlaskie Region.The range of operating tests created in the optimization study, was divided into two stages of optimization calculations for the adoption with the assumed technical and economic parameters. The first one generated the lowest operating cost of the scheme, while in the second stage the impact of the input parameters of the system was determined, i.e. the influence of reduction of amount of medical waste in the incineration process, and the unitary cost of ...
