Nearly Half of Swedish Container Trucks Run Empty, Study Finds

What if coordination platforms reduced empty container trips by 20%?

Model the impact of implementing a shared visibility platform between shippers and logistics providers that reduces empty container movements from 46% to 37% through improved load matching and return load planning. Analyze cost savings from fuel, labor, and vehicle utilization, as well as emission reductions across Swedish container transport networks.

What if port regions implemented cooperative container pooling?

Simulate the effect of container pooling initiatives in high-imbalance port regions (Blekinge, Skåne, Västra Götaland, Kalmar) where imports exceed exports. Model reduced empty container backhauling through shared container inventory and demand-driven repositioning. Calculate improvements in asset utilization, transportation costs, and carbon footprint reduction.

What if this empty container problem extends to your supply chain?

Apply the Chalmers methodology to assess empty container rates in your own supply network. Model the financial and environmental impact of current empty-running rates across your transportation lanes. Evaluate cost reduction potential through improved load planning, backhaul optimization, and information sharing with logistics partners.