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Case · Network analysis19% lower transport cost, within today’s capacity
A Belgian technical wholesaler with three warehouses. The question: which warehouse should ship which order?
−19%transport cost in the recommended scenario
~85%of the theoretical maximum saving (−23%) captured
58%of baseline cost sat in one warehouse’s flows
The challenge
With several warehouses, habit decided where an order shipped from, not cost. Every warehouse had to keep roughly today’s workload: the cheapest scenario on paper is worthless if it overloads one site.
The approach
- Data baseline. Orders, shipments, pallets and revenue per region, straight from ERP, WMS and TMS.
- Scenario model. From today’s allocation to the unconstrained cost optimum, and the realistic options in between.
- Cost vs. capacity. Transport cost, workload per warehouse and operational simplicity, side by side.
- Decision. One recommended scenario the operation can actually run, with the saving quantified.
Delivered as expertise on demand: we built the model with the client’s team and handed it over.
The result
Transport cost per scenario (index, today = 100)
Today100
Recommended81
Theoretical optimum77
“The cheapest scenario on paper overloads one warehouse. We advised the one the operation can actually run.”
Based on 4 months of data: 50,000+ shipments, 75,000 pallets, 16 regions, 5 scenarios. One province was kept split across two warehouses.

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