Background of the Study
Green logistics refers to the incorporation of environmentally friendly practices within logistics and supply chain management, aiming to reduce the carbon footprint, enhance energy efficiency, and promote sustainability. As global environmental concerns continue to rise, businesses like Nigerian Bottling Company (NBC) are increasingly adopting green logistics to minimize environmental impact while maintaining operational efficiency. In Niger State, where NBC operates numerous distribution networks, green logistics practices such as eco-friendly packaging, energy-efficient transportation, and waste reduction can significantly contribute to sustainable supply chain operations (Musa & Haruna, 2024).
The Nigerian Bottling Company has implemented various green logistics initiatives in line with its commitment to sustainability. This includes optimizing routes to reduce fuel consumption, implementing recycling programs, and using renewable energy sources in production facilities. In Niger State, where access to environmentally friendly infrastructure may be limited, the impact of these initiatives on operational efficiency and sustainability is crucial to understanding how green logistics can be successfully integrated into supply chain practices (Ogbulu & Kalu, 2023).
This study aims to evaluate the impact of green logistics on the sustainable supply chain practices of Nigerian Bottling Company in Niger State, providing insights into the practical benefits and challenges of sustainability in the logistics sector.
Statement of the Problem
While the global shift towards sustainability has led to increased interest in green logistics, there is limited empirical research on its specific impact on sustainable supply chain practices in Nigeria. Nigerian Bottling Company’s adoption of green logistics practices in Niger State is an area that requires further exploration to understand the challenges, benefits, and operational outcomes of such initiatives.
Objectives of the Study
To assess the impact of green logistics on sustainable supply chain practices at Nigerian Bottling Company in Niger State.
To examine the role of green logistics in reducing the environmental impact of supply chain operations at Nigerian Bottling Company.
To identify the challenges and opportunities of implementing green logistics in the supply chain operations of Nigerian Bottling Company in Niger State.
Research Questions
How does green logistics impact sustainable supply chain practices at Nigerian Bottling Company in Niger State?
What role does green logistics play in reducing the environmental impact of Nigerian Bottling Company’s supply chain operations?
What challenges and opportunities are associated with implementing green logistics in the supply chain operations of Nigerian Bottling Company in Niger State?
Research Hypotheses
Green logistics significantly impacts sustainable supply chain practices at Nigerian Bottling Company in Niger State.
Green logistics reduces the environmental impact of Nigerian Bottling Company’s supply chain operations in Niger State.
There are significant challenges in implementing green logistics in Nigerian Bottling Company’s supply chain operations in Niger State.
Scope and Limitations of the Study
This study will focus on Nigerian Bottling Company’s use of green logistics in its supply chain operations in Niger State. Limitations include potential difficulties in measuring the direct environmental impact of green logistics and the challenge of isolating these practices from other supply chain factors.
Definitions of Terms
Green Logistics: Environmentally sustainable logistics practices that minimize the environmental impact of supply chain operations (Musa & Haruna, 2024).
Sustainable Supply Chain Practices: Supply chain activities designed to minimize negative environmental impacts while maintaining economic and operational efficiency (Ogbulu & Kalu, 2023).
Environmental Impact: The effect that supply chain operations have on the environment, including carbon emissions, waste, and resource depletion (Musa & Haruna, 2024).