Tuesday , 21 November 2017
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APMT Exercises Option for 22 ARMGs

APM Terminals has concluded a contract with Austrian-based crane manufacturer Hans Kuenz GmbH in combination with ABB of Sweden for an additional 22 Automated Rail-Mounted Gantry Cranes (ARMGs) for the new Maasvlakte II facility, scheduled to open this year

The order will bolster the yard operation for Phase I of the new 2.7m-teu annual capacity, deep-water terminal which will begin operations in November 2014. The 30-meter wide ARMGs will use a fully automated technologically advanced system to load and unload containers onto and off of external truck chassis, and onto a fleet of 37 battery-powered Lift Automated Guided Vehicles (Lift AGVs) in what will be the world’s most technologically advanced container terminal.

“Exercising this order option is part of our original planning for the Maasvlakte II facility, and will bring us the yard capability for our 2.7m teu capacity and deliver the targeted service levels for our customers” said APM Terminals’ Maasvlakte II managing director, Frank Tazelaar.

The terminal’s design is based upon using ship-to-shore (STS) cranes to unload containers from vessels and place them directly on the Lift AGVs, which can carry two containers at a time, and automatically bring them from the quay to the container yard using an onboard navigation system following a transponder grid.

Once the Lift AGV arrives at its programmed destination, it places the containers into a series of storage racks.  The ARMG then arrives to move the container from the rack to its next designated location; the rail terminal, a waiting truck or another area of the storage yard. The first phase of the Maasvlakte II terminal calls for a fleet of 36 Lift AGVs in combination with 128 storage racks, and an overall terminal area of 86 ha.

The initial order of 26 ARMGs was placed in 2012, with the first deliveries made in March 2013. The new order will begin delivery in March 2015 and will continue through mid-2016. The terminal includes an eight-track intermodal rail terminal to directly link container traffic cargo to inland European destinations. The terminal has been designed specifically to support a modal split ratio of at least 55% of freight moved by low-carbon modalities such as barge and rail.

“Operational end-to-end flow testing of our facility has started this month and we are well on track for our terminal opening in November,” said Tazelaar.