Research On Management Strategies Remanufacturing Of Reverse Logistics For Waste Appliance

Nowadays, with the development of economy, many issues have occurred increasingly, such as shortage of resource, environment pollution. And people's awareness of environmental protection and resource saving have been improved gradually. But, actually, many used products result in resource waste and environment pollution; therefore people come to pay more attention to product recovery and reuse.In this situation, acting as a new-style, economized, environment-protection production method and manufacturing mode, remanufacturing has been accepted by more and more enterprises, lots of institutes and scholars also begin to research and explore the issue of remanufacturing.In research of remanufacturing, optimization design of logistics networks for remanufacturing have become a realistic and challengeable problem, many scholars conducted a lot of researches on remanufacturing system in a certain extent, but not enough, in addition, researches are mainly concentrated on the qualitative analysis. In my opinion, the most important issue of optimization design in logistics networks for remanufacturing is to determine positions of each facility and logistics distribution.Many people solved these problems by establishment some mixed integer linear programming, but many of models were based on individual logistics network for remanufacturing, and didn't integrate the previous logistics networks in enterprise. In my thesis, I present the concept, the characteristic and the function of remanufacturing and its logistics networks. Then I establish a mixed integer linear programming to optimize the problem of address-selecting and distribution based on the integrated network of remanufacturing logistic system.Relying on system simulation software EXTEND, adopting the simulation method, container transportation system model based on the principle of the owner's route selection can be regarded as the decision-making means of the transportation system planning and the strategic policy. Through building rational simulation model and setting each parameter appropriately, running the model, the container amount of each line and the attraction of each port to the hinterland under corresponding planning and policy condition are gained which can offer the basis of decision to policymaker.