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Direct & Indirect Impact of Reverse Logistics Operations

Abstract

Retailing had incorporated reverse logistics for over a century, dating back to when corporations started transporting things by railroad. The rapid development of e-commerce has resulted in the rapid growth of reverse logistics as well. Compared to standard supply chain management, reverse logistics is opposed. Products are returned to the merchant/maker. It can include items returned through e-commerce and retail outlets and components undergoing refurbishment and remanufacturing. The products can either be resold or thrown away forever.

Introduction*

The influence of reverse logistics on the local, regional, and global environment is direct and indirect. A long-term reverse logistics plan has several advantages, including avoiding fines from government agencies for inappropriate disposal, boosting public opinion of the company, and recovering asset value. The paper examines the effects of reverse logistics operations.

Background

In recent years, e-waste has emerged as a significant source of environmental concern due to its rapid growth. Electronic components have a high concentration of toxic chemicals, which hurt the environment. Toxic substances jeopardize the health of the entire world's population by causing cancer and other diseases. The most crucial factor was hazardous metal poisoning in the groundwater, such as cadmium, mercury, and lead, among other things.

Literature Review*

Saruchera & Asante-Darko (2021) consider reverse logistics as a process that regulates, plans, and implements a cost-effective strategy to distribute products, including the information from the point where they are consumed to the point where they were created for value addition. Demirel et al. (2021) also agree that most organizations are currently facing a high reverse logistics rate; these companies are typically handling them differently, which hurts the company's revenue or sale in the long run. Product return management, often known as reverse logistics, is an essential strategy for retailers, mainly when the volume of product returns is considerable.

Findings*

Reverse logistics contributes to the reduction of harmful emissions and energy consumption, and it is intrinsically linked to the achievement of environmental sustainability. The same technologies that are used to optimize outward shipments can also be applied to reverse logistics operations.

When it comes to reverse logistics, one of the main goals is to reduce the environmental impact of doing business. Businesses consider this when developing products and processes that are more environmentally friendly from the start. The fields of reverse logistics and environmental conservation are inextricably linked. It is concerned with the management of products, components, and materials that have been used and disposed of and for which the manufacturer holds some responsibility. Its goal is to repurpose these items and, to the extent possible, limit the amount of waste generated in the process.

When you work with scrapped products, you reduce the need for new raw materials to be employed to produce new items. Because of this, production overhead is reduced directly, as is electricity consumption, and air and water contamination levels are reduced.

Conclusion*

Companies can reduce inefficient returns processes that result in wasteful transportation moves by implementing effective reverse logistics operations. This will assist in reducing carbon emissions and improve air quality in the process.

References

Demirel, N., Demirel, E., & Gökçen, H. (2021). Reverse logistics network design for recycling packaging waste. Sustainable Production and Logistics, 147-169. https://doi.org/10.1201/9781003005018-8-9

Saruchera, F., & Asante‐Darko, D. (2021). Reverse logistics, organizational culture and firm operational performance: Some empirical evidence. BUSINESS STRATEGY & DEVELOPMENT. https://doi.org/10.1002/bsd2.161