Dissertation > Excellent graduate degree dissertation topics show

Research on How to Control the Flow of WEEE in the Constraint of EPR

Author: DongXiaoYan
Tutor: LiJun
School: Southwest Jiaotong University
Course: Management Science and Engineering
Keywords: Electronic waste Original Equipment Manufacturer (OEM) Extended Producer Responsibility (EPR) Non - formal institutions The flow of control
CLC: F252
Type: Master's thesis
Year: 2008
Downloads: 25
Quote: 0
Read: Download Dissertation

Abstract


With the economic development and social progress , the replacement of electronic products faster , and the resulting amount of obsolete electronic products soared year after year . The vast majority of e-waste flows into street guerrillas recovery \Severe social problems expand topics to study how to control the flow of e-waste , and join our upcoming implementation of the EPR system constraints , the ultimate goal is to make the e - waste can be environmentally friendly dismantling . In September 2004 , the National Development and Reform Commission openly soliciting the views of the \This article is the assumption that the Ordinance has been implemented under the macroeconomic environment , as a reference to the EU implementation of EPR system join EPR constraint , increasing OEM recycling electronic waste . Article from consumer electronic waste compete for electronic waste Game relationship model of non - formal institutions , and original equipment manufacturers (OEM) , to join government subsidies and punishment mechanism , as a precondition to maximize profits to discuss the impact of changes in various factors on the flow of electronic waste . Modeling and numerical example recycling prices and flows derived both under government supervision and punishment mechanism . Then added the retailer to form a closed-loop supply chain research study , the overall flow of electronic products , the establishment of non - formal institutions , dynamic game model between the original equipment manufacturers and retailers to discuss the various factors that change the entire market . electronic product return rate . At last, a numerical example of the model , and then conclusions based on the example of the four roles in the article , the original equipment manufacturer (OEM), \optimal behavioral decision come to control the flow of electronic waste OEM .

Related Dissertations

  1. Research on Power System Static Security Risk Assessment Method,TM732
  2. Protection from the Perspective of electrical and electronic waste recycling management,F426.6;F713.2
  3. Comparative Research and China’s Perfection on Legislation of Electronics Wastes,D922.68
  4. Study on Optimal Control Strategy of Solar Air Heating System,TU832
  5. Research and Application of Power Supply System of Flash Butt Welding Machine in the Cold Rolled Sheet Line,TG438.2
  6. Numerical Simulation of the Performance of A Two-phase Thermal Control System Drived by Pump,V444.36
  7. Design and Eco-efficiency Analysis of WEEE Reverse Logistics Network,F252;F426.63
  8. Based on the development process of real estate enterprises cost control,F293.33
  9. Movement Law and Numerical Simulation of Building Fire,TU892
  10. Theoretical Analysis and Research for Performance of High-pressure and High Water-based and Mass Flow Electro-hydraulic Valve for Powered Support,TD355.4
  11. Our Country Electronic Waste Reduction Principle and System Consummation,D922.29
  12. Study on Survey and Evaluation of Heavy Metal and Polycyclic Aromatic Hydrocarbons in the Electrical Waste Contaminated Site,X53
  13. Development of Optimal Control System for Air Dissolving in Roto-Jet Pressurizing Daf,TP273
  14. The Study on Control System of Trace Gases Mixture,TP273.5
  15. Electronic Waste Recycling Strategy for Liaoning Province,F713.2
  16. The Pyramid Structure and the Interests of Minority Shareholders,F832.51;F224
  17. An Empirical Research on the Effects of Ultimate Controller on Capital Structure Decision in the Private Listed Companies,F276.5;F224
  18. Study on China’s Legal System of E-Waste Management,D922.68
  19. Online Monitoring and Control of Treatment Equipment for Recycling Crushed Waste Printed Circuit Board,TP274.4
  20. E-waste recycling system,X76
  21. Research on Heat Treatment Products of the Waste Liquid Crystal Display,X705

CLC: > Economic > Economic planning and management > Material economic > Material flow
© 2012 www.DissertationTopic.Net  Mobile