SAMSON Mobile Shiploader System for Narrow Quay

Ely/Great Britain, Port of Darica Kocaeli/Turkey, 24. January 2022

SAMSON Materials Handling

SAMSON Materials Handling have taken an order for a Narrow Quay Shiploader System with two Mobile Material Feeders and two Mobile Link Conveyors for the Port of Darica Kocaeli/Turkey. The Mobile Material Feeders are fed by trucks.

This project is based on the Shiploader discharging to vessels typically up to 64,000 DWT, with a maximum beam of 32.2m and a freeboard from quay height of 11.0m. The Shiploader includes an enlarged reception hopper to receive the material simultaneously direct from the two Link Conveyors which are fitted with a  centralising, dust sealing, discharge chute. Under standard conditions, the SAMSON Shiploader will achieve a peak loading rate of 1,000tph.

SAMSON Shiploader with new boom design
The Shiploader is mounted on rubber-tyred wheels. The design of the Shiploader includes the latest mobility options improving the machines manoeuvrability thus reducing the overall loading time associated with its operation. The Shiploader is based on the new boom design incorporating a cambered tubular lattice structure which offers maximised structural strength, whilst minimising the total equipment weight. The benefits gained through this design are reduced imposed loads on the quay surface, whilst maintaining the ability to mount various trimming and dust suppression options to the equipment offered. The cambered boom design allows for maximum clearance of the vessel with a shorter boom and minimum material fall into the hold while reducing the demand on the main boom belt.

Specification of the Link Conveyors and Mobile Samson® Material Feeders
The two Link Conveyors will include small reception hoppers designed to receive direct from the centralising, dust sealing transfer chutes of two Samson® Mobile Material Feeders.

The two Samson® Mobile Material Feeders are mounted on wheels. Both Feeders have flared loading entry sections, 4.5m wide, to increase the effective volume of the Material Feeders entry and to reduce loading vehicle alignment time. The two Material Feeders are equipped with integral truck ramps to receive the material from tipping trucks.