3.1 Definition of Green Logistics………………………………………….4 3.2 Definition of Reverse Logistics……………………………………..5-6 3. Case study – Treeland Services Company Ltd 4.3 Treeland Services Company background…………………………..7 4.4 Working procedure of TreeLand Services Company Ltd………..7-8 4.5 Green Logistics in Treeland company Services Company Ltd…..10 4.6 Electronic waste with Hazardous materials……………………11-13 4. Prospect of green logistics………………………………………………….......14
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Reverse Logistics in Indian Automobile Industry Reverse Logistics is a process in which a product moves in reverse through the supply chain network. It may be used for the purpose of recapturing value of a final product or for even proper disposal. It may also be termed service that the process of planning‚ implementing and controlling the efficient and cost effective flow of raw materials‚ in-process inventory‚ finished goods and related information‚ from the point of consumption to the point of
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A DETAILED STUDY ON logistics with special reference to DHL COMPANY PROJECT REPORT Project report submitted in partial fulfillment of the requirement of South Asia University for the award of the degree of MASTER OF BUSINESS ADMINISTRATION 2010 Submitted By NAME : JAMES K. SIRYA ENROLMENT NO : SAA04M145ELBIHA3 Under the guidance of Dr. Nirmal Kumar. R. T M.Com.‚M.B.A.‚AMIBM.‚Ph.D.‚ SOUTH
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Title Page APPENDIX Please ensure your family name is in BLOCK CAPITALS STUDENT No Project submitted in partial fulfilment of the requirements of the BA (HONS) Logistics and Supply Chain Management of Northumbria University DECLARATION I declare the following:- (1) that the material contained in this Project is the end result of my own work and that due acknowledgement has been given in the bibliography and references to ALL sources be they printed‚ electronic or personal
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University Of Nottingham INTEGRATION OF REVERSE LOGISTICS WITH IN NEW PRODUCT DESIGN: THE CASES STUDY IN CHINESE ELECTRIC AND ELECTRONIC EQUIPMENT (EEE) INDUSTRY ZHI YUAN WANG MSc in Industrial Engineering and Operations Management 1 INTEGRATION OF REVERSE LOGISTICS WITH IN NEW PRODUCT DESIGN: THE CASES STUDY IN CHINESE ELECTRIC AND ELECTRONIC EQUIPMENT (EEE) INDUSTRY BY ZHI YUAN WANG 2008 A DISSERTATION PRESENTED IN PART CONSIDERATION FOR THE DEGREE OF MSC IN INDUSTRIAL ENGINEERING
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Reduction ROA Improvement Logistics Cost Reduction SCM Some Facts: • Annual Plan Outlay • Fiscal Deficit • Inventory tied up • Logistics Cost • GDP SCM : Rs. 1.13 Lakh Crores : Rs. 1.35 Lakh Crores (5.3% of GDP) : Rs. 1.17 Lakh Crores : 13.6% of our GDP : Rs. 25.57 Lakh Crores Logistics Cost Country Asian region China Japan Korea Singapore Taiwan European region France Germany Italy Netherlands Spain UK Sweden North American region Canada Mexico US GDP (billions) Logistics as % of GDP 14.5 10.5
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variables every time an event happens. 5. Understand the collection of statistics. 6. Stopping rule. Assignment The students are requested to perform manual simulation as given in the example from the textbook for the single server queuing model. Tables are provided for recording the stepwise change in the state variables and different parameters. Systems Engineering Department SE 405 (062) Lab # 1 INTRODUCTION AND MANUAL SIMULATION Assignment Single Server Queuing System – Manual
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1. Analyse the operation in term of the Servuction model (spilt the operation into as many or few components as you like). What opportunities exist for separation between the visible and invisible service delivery components allowing for streamlining of the “factory”? Hoffman (2011) claims‚ “Service knowledge is acquired differently‚ than knowledge pertaining to goods”. For example: Due to the intangible nature of service it cannot be sampled before‚ but can only be experienced through simultaneous
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Demand for Logistics and Transport College： International College Professional：Business Administration Full name： 胡 杨 Student number：096150043 宁波大学答题纸 （2010 —2011 学年第一学期） 课号：183T01A00 课程名称：运输原理 改卷老师： 学号： 096150043 姓 名： 胡杨 得 分： Price Elasticity of Demand for Logistics and Transport Abstract: This article mainly use supply and demand curve model and elastic model to analyze
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Assignment 1 (Individual Assignment): 20% Due date: 23 August 2012 Assignment 2 (Group Assignment minimum of THREE and Maximum of FOUR students) 20% Due date: 20 Sep 2012 Examination (three hours exam) 60% University Exam Period Note: Borderline fails in this course are determined when the final overall mark is in the range 45-49 inclusive. Please note that: • Both assignments must be accompanied by an Assignment Cover Sheet. • Both assignments must be submitted electronically through
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