Sarcouncil Journal of Entrepreneurship and Business Management

Abstract: Freight vehicles that leave distribution centers partially filled, making repeated trips and operating without proper coordination, silently create a constant and unnecessary stream of carbon emissions in today's transportation systems. This study examines the inefficient planning of loads and bad transportation decisions that exacerbate environmental harm, and how sustainable practices involving targeted inefficiency within transportation operations can be of benefit. We investigate the relationships of logistics planning, vehicle use, and emissions reduction with figures on load consolidation, route optimization, and capacity-aware scheduling as methods of reducing fuel consumption and greenhouse gases. Pulling together evidence from data in existing studies on transportation and logistics and analytical reviews of load planning strategies, this paper highlights how improved loading coordination across supply chain can yield sustainability gains. The analysis examines operational interventions such as maximization of vehicle load factors, elimination of empty backhauls and strategic approaches such as data-related planning models and policies aligned to sustainability. It also points to the importance of decision support systems and planning intelligence in providing the link between economic efficiency and environmental responsibility. The findings show that load planning can significantly reduce carbon emissions by cutting total vehicle miles driven, improving fuel economy and reducing the number of trips that are unnecessary. Beyond the environmental gains, the study shows that there are other benefits in terms of cost savings, as well as service reliability and regulatory compliance, and that sustainability can actually provide value rather than additional cost. This study extends on existing understandings of low-carbon logistics while providing useful guidance for companies seeking to institutionalize sustainability into logistics decision making.