Title

OPTIMIZED LOGISTICS FOR SLAB STORAGE AT ARCELOR MITTAL IN GERMANY

Authorship

Grabowski, Rene

Grabowski, Rene

I am this author

DOI

10.5151/2237-0234-26216

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Abstract

Optimization of workflows and intelligent stock management; Slab stacking improvement by automated transport orders; and System automatically registers any slab movements even in manual operation. Case story: Steel producer ArcelorMittal Eisenhüttenstadt GmbH in Germany uses Primetals Technologie’s new stock yard logistics system in its finishing department. An exact image of its slab storage at any times is given by the warehouse logistics system to the company. It not only enhances the composition of the stacks of slabs, but also automates recording of manual restacking operations. Therefore the solution improves workflows and simplifies stock control. Cycle times have also been reduced due to the fact that the slabs can be charged to reheating furnaces ahead of the rolling mill due to less restacking operations within the slab storage. The expandable, modular system is based on the Siemens Simatic IT and Primetals Technologies’ IT4METALS Logistics product platform. It provides a large number of organizational and commercial features in the form of sophisticated graphics and tabular evaluations. For example, it can show how many crane movements have been made per shift for any category of slab, so that the time and cost for each operation can be calculated accurately.

Keywords

Warehouse, Stock management, Slab, Plate, Sheet yard, IT solution, Level 3, IT4METALS, Inventory system, software, Transport order management, Supply chain.

Supply chain.