Konecranes Deliver 10 RTG's to West Africa

December 12, 2012

RTG Crane: Photo credit Konecranes
RTG Crane: Photo credit Konecranes

Ten Konecranes Rubber Tired Gantry (RTG) cranes delivered to Ports and Cargo Handling Services (PCHS) Ltd. in Lagos

PCHS, the port operations arm of the Nigerian Sifax Group, is a major player in port operations and related services in West Africa.

The RTGs were ordered at the end of last year and delivered on time to the company’s terminal in Tin Can Island Port and are equipped with the new Konecranes cabin offering improved ergonomics and visibility.

The RTGs are also equipped with the latest DGPS-assisted technology for container yards including Autosteering. This feature keeps the RTG on a pre-programmed, straight driving path without driver intervention, improving safety and increasing productivity. A container positioning system is also included. It is connected to the port’s terminal operating system ensuring correct, real-time container positioning and an accurate inventory. The all-electric, 16-wheel RTGs have a lifting capacity of 50 tons stacking 1-over-5 containers high and 7 plus truck lane wide.

Sifax Group is satisfied with our delivery performance, and we are pleased to support their business growth with our RTG technology and delivery professionalism,” says Antoine Bosquet, Konecranes Sales Director, Port Cranes, region WEMEA.



 

Logistics News

Fairbanks Morse Defense Announces New CEO

Fairbanks Morse Defense Announces New CEO

Port Authority of NSW Announces New CEO

Port Authority of NSW Announces New CEO

Maersk Reports First Quarter Drop in Revenue Growth

Maersk Reports First Quarter Drop in Revenue Growth

Container Shipping Companies Cut Asia-US Services

Container Shipping Companies Cut Asia-US Services

Subscribe for Maritime Logistics Professional E‑News

Israel strikes Yemen's Hodeidah following evacuation warnings from the Houthis
Ford German workers strike amid rising tensions over planned cuts
Enbridge exceeds Q1 profit expectations on Mainline and Gas Distribution Growth