REVERSE LOGISTICS PROCESSES IN INDUSTRIAL WASTE MANAGEMENT AS AN ELEMENT OF SUSTAINABLE DEVELOPMENT (original) (raw)
Related papers
The Journal of international studies, 2020
Reverse logistics represents a current research area, in both theoretical and empirical terms. In Polish practice, reverse logistics refers to a narrow approach within the framework of waste management. Enterprises perceive their success and the source of long-term economic and social benefits in introducing new, pro-ecological solutions at various stages of the supply chain through implementing reverse logistics. The purpose of the article is to present the potential of implementing reverse logistics in view of the growing threats resulting from waste. A multidimensional comparative analysis is used in the study, based on the indicators describing waste management as an important element of reverse logistics for the European Union Member States (the EUROSTAT data). As a result, the EU countries are divided into those placed at the forefront and the ones which cannot handle the level of reverse logistics implementation through waste management. Stemming from the conducted analysis, ...
Research Papers Faculty of Materials Science and Technology Slovak University of Technology, 2016
Reverse logistics, the movement of materials back up the supply chain, is recognised by many organisations as an opportunity for adding value. The paper considers the theoretical framework and the conception of reverse logistics in literature and practice. The objective of the article is to propose tangible solutions which eliminate the imbalances in reverse logistics and improve the waste management in the company. The case study focuses on the improvement in the process of waste packaging in the context of sustainable development as a part of reverse logistics in the surveyed industrial company in Slovakia.
Reverse logistics: methodological framework for industrial waste management
IJCSIS Vol 17 No. 8 August Issue, 2019
En fonction de la consommation élevée dans le monde, la quantité de déchets augmente, alors que les sources naturelles diminuent. Et pour surmonter cette problématique, la récupération des déchets s'est avérée très importante tant sur le plan environnemental que sur le plan économique, elle est devenue obligatoire dans la plupart des pays. Par ailleurs, la logistique inverse qui concerne principalement les retours des produits usagés des consommateurs aux producteurs est une étape importante dans la construction d'un système de récupération. Cependant, la structure du réseau de la logistique inverse joue un rôle important dans le choix du traitement et par la suite du coût total du système de récupération. Notre objectif principal est de développer une structure comprenant les flux entre les points connexes et les emplacements des installations. Dans cet article, nous proposant une architecture du système dédié à la gestion des déchets. Cette dernière améliore, d'une part, la rapidité d'échange d'informations et fera ressortir de gros bénéfices pour l'optimisation et l'amélioration continue des processus fondamentaux de la logistique inverse. D'autre part, elle va permettre aux futurs chercheurs de mieux cerner la thématique et de se donner plus de chances de faire de réelles avancées d'une part. Cette vision ayant pour motif la réduction des coûts et des délais, la limitation des dysfonctionnements internes et avant tout la préservation de l'environnement et l'accroissement de la satisfaction des clients. Abstract-Nowadays, natural resources are decreasing due to the high consumption of the world population of several items. Those items are characterized by a short commercial lifespan and generates a huge amount of waste. To overcome this problem, waste recovery has proved to be very important both environmentally and economically and has become mandatory in most countries. On the other hand, the reverse logistics, which mainly concerns the return of used products from consumers to producers, is an important step in the construction of a recovery system. However, the structure of the reverse logistics network plays an important role in the choice of treatment and subsequently the total cost of the recovery system. Our main objective is to develop a structure that includes flows between related points and facility locations. In this article, we propose a system architecture dedicated to waste management. This architecture improves, on the one hand, the speed of exchange of information and will show great benefits for the optimization and continuous improvement of the fundamental processes of the reverse logistics. On the other hand, it will allow future researchers to better understand the topic and give themselves more chances of making real progress. Moreover, this vision is based on the reduction of costs and deadlines, the limitation of internal dysfunctions and above all the preservation of the environment and the increase of satisfaction.
Reverse Logistics and Production Recycling Processes
Zenodo (CERN European Organization for Nuclear Research), 2022
Due to increasingly strict environmental legislation, the manufacturer's responsibility for products is expanding. This work reuses products and materials that had their production cycle ended, making the process inverse to that of traditional logistics, which is based on the flow from the origin of the product to its point of consumption. The general objective is to Aggregate the waste, in order to do a job of reusing this waste and in a manner, but it specifies understanding the concept of environmental, social and economic sustainability, understanding the configuration of the plastic materials production chain and its production performance. The same is justified by the growing importance of the complexity of production systems-caused by globalization and the Third Industrial Revolution. Thus, the relevance of this project in carrying out improvement studies through production processes on the ideal conditions for the decomposition of waste is justified, where it seeks a great interest in "Reverse Logistics". The methodology follows the line of bibliographical research and scientific and environmental solutions. The application of scientific knowledge in the characterization of a real problem, as well as the development of notes capable of contributing to its equation and through bibliographical research. therefore, it is concluded that reverse logistics is an indispensable tool in the search for competitive advantage and operational control of companies, in addition to meeting legal requirements and sustainable development.
Case Study of Municipal Waste and Its Reliance on Reverse Logistics in European Countries
Sustainability
The authors have examined municipal waste, its components and their integration with reverse logistics processes. Background: The theoretical part begins with a definition of municipal waste. Later, the integration between municipal waste and reverse logistics is provided, including presentation of the hierarchy of qualitative methods and models. Methods: The authors constructed a correlation matrix and applied a dynamic regression model to identify that the level of municipal waste impacts recycling of biowaste which demands reverse logistics. Results: The authors provided a dynamic regression model which could be applied for forecasting the size of recycled municipal waste into biowaste indicated in European Union countries. Conclusions: The variety of components in municipal waste prevents the increase of the recycling rates and has to be changed to ones that have higher recycling rates.
Reverse Logistics for a better Sustainable Business and Environment
Recycling of waste plastics is a solution to the threat it possesses to the environment caused with respect to the disposal of such plastic waste, while many such ways have been in common practice in the industry in the recent past. The study is undertaken to investigate current SWM process in India, along with understanding how these practices do not result in any environmental benefit. While doing so we also work on finding alternate solution to the current SWM system and using the Reverse Logistics process in order to undertaken the SWM process in a proper manner which provides an overall benefit to the environment and the organisation(in business terms) by the process; compared to the production of the virgin plastic and composites, the process of reverse logistics and the waste disposal methods, is shown to be a superior alternative in the environmental and business aspect as the final result of the process provides with better cost saving techniques in both the process of disposing off and making of virgin plastics, we herewith also provide some conclusive suggestion for substituting the production of virgin plastic for the manufacturing process of these daily use items by incorporating the plastic brought back into the system in order to provide a better sustainable environmental solution. The study also takes into consideration the collection process and the overall Reverse Logistics and supply chain process find a solution to impact on the business. The recommendations provided with a purpose of achieving higher business and environmental benefits.
International Journal of Technology Management, 2012
The theoretical contribution of this paper is that it identifies, explores and explains the stimulating impact of four reverse logistics concepts-which are: drivers and barriers, product types and characteristics, process and recovery options, and actors-on firms' waste reduction practices. The paper builds upon a theoretical framework of reverse logistics and an empirical study of firms in the Dutch metal industry. Its aim is to develop a model of four reverse logistics concepts that enables an analysis of waste management practices in industry. Although the model is based on a young and emerging field in the literature, and is applied in one-single specific industry and country, the model provides a useful analytical frame of reference for further research in the same and in different empirical settings. This paper's contribution to good practice is that it provides various avenues for practitioners to develop and employ a waste management strategy.
Reverse Logistics and Management of Waste Products: The Nigerian Manufacturing Firms Experience
Review of Innovation and Competitiveness
Purpose. The paper explores reverse logistics activities such as product return, reuse of materials, and waste disposal impacts on the management of waste products in the Nigerian manufacturing companies. This is with a view to examining the awareness of reverse logistics to the management of waste products in Nigeria and determines the importance of reverse logistics activities and process to the management of waste products of Nigeria manufacturing firms. Methodology. Using a cross-sectional survey research design, 300 staff of selected manufacturing firms that deal with waste product were selected in Lagos and a well-structured and validated questionnaire was administered. From this, 250 copies were returned, while 246 were valid for the purpose of analysis. Data generated were analysed using descriptive statistics, analysis of variance test of significance and Friedman rank test.
Logistics Waste Utilization System in the Steel Plant
Archives of Transport, 2014
An important problem associated with the production of steel products is the need to ensure adequate protection of the environment. Throughout the technological foundry formed about 90 types of waste, while a significant number of them belongs to a group of hazardous waste. Resulting in the production system have a steel mill waste utility value to justify the economic and ecological use, not only in the steel sector but also in other sectors of the economy. There is a need to increase activities related to environmental waste management from manufacture of steel, particularly those whose development is one way of storage. The paper presents the concept of reverse logistics in the specific example of a steel mill a full production cycle and the overall costs generated within the waste management system of a full production cycle steel mill.