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Figure 14: Typical total supply chain<br />
Source: A.T. Kearney<br />
EUL should optimise available spaces<br />
Grouping on every level – secondary and tertiary –<br />
involves filling space efficiently. This also applies to<br />
filling racks and trucks. Transport is a key cost,<br />
particularly for manufacturers. The increasing cost of<br />
road transport and the resulting environmental<br />
damage make it critical to achieve the best possible fill<br />
of the transport cube or space. Storage costs, although<br />
important, are typically less than transport costs, and<br />
therefore, the impact of poorly utilised storage space is<br />
less critical.<br />
The ultimate objective in developing Efficient Unit Load<br />
supply chains is therefore to minimise handling and<br />
26<br />
Plant<br />
MDC<br />
Figure 15: Grouping of yoghurts on secondary and tertiary levels (example)<br />
Packaging level Number of items<br />
Tertiary<br />
Source: A.T. Kearney, Efficient Unit Loads project<br />
Primary<br />
Secondary<br />
1,280<br />
128<br />
1<br />
RDC<br />
10 handling steps<br />
’just for distance’<br />
maximise transport space utilisation. However, these<br />
two goals can conflict. A key concern of manufacturers<br />
is to avoid moving empty spaces in their productdedicated<br />
distribution networks, whereas a key<br />
concern of retailers is to obtain the lowest cost<br />
handling of their assortments through to shop shelves.<br />
Applying ER principles and techniques – with less<br />
stocks, smaller and more frequent flows, crossdocking,<br />
and roll cage sequencing – will worsen this<br />
conflict.<br />
EUL make optimal use of spaces available in the<br />
supply chain and minimise handling.<br />
One time handling<br />
cost per item<br />
0.03 ECU<br />
0.05 ECU<br />
1.00 ECU<br />
Store<br />
Total handling cost<br />
38.4 ECU<br />
6.40 ECU<br />
1.00 ECU<br />
The Efficient Unit Loads Report