Revitalising an underutilised containerisation facility and rebuilding the export material flow network to cut cost pressures and protect margin.
Export operations are unforgiving. Margin is often decided long before a container reaches the ship, in decisions about how goods are packed, consolidated, moved, and dispatched. When a containerisation facility runs below its potential and material flows are fragmented, the cost of those inefficiencies quietly accumulates in fuel, in handling, in missed departures, and in the working capital tied up in inefficient freight.
This project focused on revitalising an underutilised containerisation facility and rebuilding the export material flow network. The objective was straightforward: restore throughput, reduce cost pressures, and protect margin, without compromising the reliability that export customers depend on.
The confirmed result of that work was a 28% reduction in fuel consumption, a measurable outcome that flowed directly from better logistics optimisation rather than from cutting service levels or capacity.
The business operated a containerisation facility that was not delivering the throughput it was capable of. At the same time, the export material flow network had become fragmented, with goods moving through the operation in ways that were functional but inefficient, generating avoidable handling, unnecessary movement, and rising cost pressure across the export process.
Left unaddressed, this pattern erodes margin in two directions. Costs rise where inefficiency exists, through more transport, more handling and more rework, while revenue opportunities are limited by a facility that could not support the volumes it was built for. For an export operation, where freight and fuel represent a significant share of landed cost, those pressures compound quickly.
A containerisation facility running well below its potential, underutilising existing investment.
An export material flow network that created unnecessary movement and handling inefficiency.
Rising cost pressures across the export process, with margin at risk from operational inefficiency.
The work began with the operation itself rather than with technology. The containerisation facility was assessed to understand why it was underperforming and to identify how it could be brought back into effective use. Alongside this, the export material flow network was reviewed end to end, mapping how goods moved from source through consolidation and containerisation to dispatch.
With that picture established, the facility was revitalised and the material flows restructured so that goods followed more direct, more predictable paths through the operation. Fewer unnecessary movements, tighter consolidation, and better use of the containerisation facility combined to reduce the transport intensity of the export process, which is where the fuel savings were ultimately realised.
Understanding why the facility was underutilised, what capacity existed, and how that capacity related to the export volumes the business needed to handle.
Rebuilding how materials moved through the export process, reducing unnecessary movement, improving consolidation, and aligning the physical flow with the way the operation actually needed to run.
SAP Extended Warehouse Management (EWM) formed part of the solution environment, supporting warehouse and material flow processes within the redesigned export operation. As with any project, the precise configuration and scope should be confirmed against the original project documentation.
The most clearly confirmed outcome of the project was a reduction in fuel consumption of 28%. Fuel is one of the largest and most volatile line items in an export operation, so a sustained reduction at this scale has a direct effect on operating cost, and on the predictability of that cost from one period to the next.
The saving was not achieved by reducing service coverage or scrapping capacity. It came from running the existing operation more efficiently: using the containerisation facility as intended and moving materials through a network designed to minimise unnecessary transport. That distinction matters, because efficiency improvements of this kind tend to hold rather than erode.
Achieved through more efficient material flows and better use of the containerisation facility, reducing the transport intensity of the export operation.
An underutilised containerisation facility was brought back into effective service, allowing the operation to support export volumes it was previously unable to handle efficiently.
In export operations, margin is rarely lost in one dramatic event. It erodes through accumulated inefficiency, through extra movements, underused assets, and freight that costs more than it should. By restoring the containerisation facility and rebuilding the material flow network, this project addressed the root of that erosion rather than the symptoms.
The result is an operation that costs less to run for the same output, with cost pressures identified and reduced across the export process. For a business competing on delivered cost and reliability, that translates directly into stronger margin protection and greater resilience against freight and fuel price volatility.
A 28% reduction in fuel consumption lowers one of the largest variable costs in export logistics.
An underutilised containerisation facility was revitalised, improving return on existing investment.
A rebuilt export material flow network reduces unnecessary handling and movement.
Reduced cost pressure strengthens margin and eases exposure to volatile freight and fuel pricing.
If your operation is carrying underused capacity, fragmented material flows, or cost pressures that are eating into margin, FlexiSolutions can help you understand where the inefficiency sits and what can be done about it. Our approach starts with the business challenge and the operation itself, then applies the right technology where it genuinely adds value, as SAP EWM did here.
Explore our workflow automation, system integration and custom application services to see how we support operational improvement end to end.
