DEVELOPMENT MODELS OF DISTRIBUTION AND TRANSPORTATION NETWORK IN REVERSE LOGISTICS SYSTEM Case Study: Plastic Waste Management in Jabodetabek

<p align="justify">Based on the concept of Green Supply Chain, this research focuses on the implementation of Reverse Logistics which is essentially a conventional logistics, Green Supply Chain concept serves to operate additional functions in recovery and recycling. Uncertainty is i...

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Main Author: SURYANA NIM : 34212001, HENDY
Format: Dissertations
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/27814
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:27814
spelling id-itb.:278142018-09-21T10:32:32ZDEVELOPMENT MODELS OF DISTRIBUTION AND TRANSPORTATION NETWORK IN REVERSE LOGISTICS SYSTEM Case Study: Plastic Waste Management in Jabodetabek SURYANA NIM : 34212001, HENDY Indonesia Dissertations INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/27814 <p align="justify">Based on the concept of Green Supply Chain, this research focuses on the implementation of Reverse Logistics which is essentially a conventional logistics, Green Supply Chain concept serves to operate additional functions in recovery and recycling. Uncertainty is inherent in the implementation of reverse logistics that challenge the concept of Green Supply Chain. The purpose of this research is to develop distribution network and transportation model in reverse logistics of plastic waste recycling management in Jabodetabek. Furthermore, the developed model will be used as a decision making tool in the design of the distribution and transportation of plastic waste and the process of recycling plastic waste business activities. The cost parameters to be considered include transportation costs, sorting costs, disposal costs and production costs. The model developed is the optimization models in reverse logistics network including facility location model and capacity allocation model in decision making, and using network design model in determining location and identification of transportation route. The reverse logistics model in the proposed plastic waste distribution and transport network consists of seven entities, including: households, scavengers, waste banks, collectors, agents, factories, and end consumers. Research using demand assumptions is deterministic and only considering aspects of facilities and infrastructure, so further research can be developed dynamic model or simulation models and also can be developed aspect role and institutional function to arrange distribution and transportation network in reverse logistics system of plastic waste recycle in Jabodetabek.<p align="justify"> text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description <p align="justify">Based on the concept of Green Supply Chain, this research focuses on the implementation of Reverse Logistics which is essentially a conventional logistics, Green Supply Chain concept serves to operate additional functions in recovery and recycling. Uncertainty is inherent in the implementation of reverse logistics that challenge the concept of Green Supply Chain. The purpose of this research is to develop distribution network and transportation model in reverse logistics of plastic waste recycling management in Jabodetabek. Furthermore, the developed model will be used as a decision making tool in the design of the distribution and transportation of plastic waste and the process of recycling plastic waste business activities. The cost parameters to be considered include transportation costs, sorting costs, disposal costs and production costs. The model developed is the optimization models in reverse logistics network including facility location model and capacity allocation model in decision making, and using network design model in determining location and identification of transportation route. The reverse logistics model in the proposed plastic waste distribution and transport network consists of seven entities, including: households, scavengers, waste banks, collectors, agents, factories, and end consumers. Research using demand assumptions is deterministic and only considering aspects of facilities and infrastructure, so further research can be developed dynamic model or simulation models and also can be developed aspect role and institutional function to arrange distribution and transportation network in reverse logistics system of plastic waste recycle in Jabodetabek.<p align="justify">
format Dissertations
author SURYANA NIM : 34212001, HENDY
spellingShingle SURYANA NIM : 34212001, HENDY
DEVELOPMENT MODELS OF DISTRIBUTION AND TRANSPORTATION NETWORK IN REVERSE LOGISTICS SYSTEM Case Study: Plastic Waste Management in Jabodetabek
author_facet SURYANA NIM : 34212001, HENDY
author_sort SURYANA NIM : 34212001, HENDY
title DEVELOPMENT MODELS OF DISTRIBUTION AND TRANSPORTATION NETWORK IN REVERSE LOGISTICS SYSTEM Case Study: Plastic Waste Management in Jabodetabek
title_short DEVELOPMENT MODELS OF DISTRIBUTION AND TRANSPORTATION NETWORK IN REVERSE LOGISTICS SYSTEM Case Study: Plastic Waste Management in Jabodetabek
title_full DEVELOPMENT MODELS OF DISTRIBUTION AND TRANSPORTATION NETWORK IN REVERSE LOGISTICS SYSTEM Case Study: Plastic Waste Management in Jabodetabek
title_fullStr DEVELOPMENT MODELS OF DISTRIBUTION AND TRANSPORTATION NETWORK IN REVERSE LOGISTICS SYSTEM Case Study: Plastic Waste Management in Jabodetabek
title_full_unstemmed DEVELOPMENT MODELS OF DISTRIBUTION AND TRANSPORTATION NETWORK IN REVERSE LOGISTICS SYSTEM Case Study: Plastic Waste Management in Jabodetabek
title_sort development models of distribution and transportation network in reverse logistics system case study: plastic waste management in jabodetabek
url https://digilib.itb.ac.id/gdl/view/27814
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