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Current Page: The Australian Coal Industry > Coal Loading Ports


Coal Loading Ports


Australia's Coal Loading Terminals

The export coal industry in Australia is serviced by nine coal loading terminals located in Queensland and New South Wales (see table below).

As a result of expansion work recently completed or currently in progress, the terminals have a total handling capacity in excess of 300 million tonnes a year.

Pictured: Port Kembla Coal Terminal, New South Wales

Port Capacity and Export Loadings, 2005 and 2006 *
(Million tonnes)

Port/State
Annual
Capacity
Export loadings

2005

2006
Queensland
Abbot Point
15.0
13.0
11.2
Brisbane
5.0
4.3
3.7
Dalrymple Bay
55.5
50.7
51.1
Gladstone^
54.0
42.7
49.8
Hay Point
34.0
33.5
32.2
Total Qld
163.5
144.2
148.0
New South Wales
Newcastle^
89.0
80.3
79.8
Port Kembla
18.0
9.2
10.2
Total NSW
107.0
89.5
90.0
 
Australia
270.5
233.7
238.0
metallurgical coal
na
122.2
123.9
thermal coal
na
111.5
114.1
* Data relates to calendar years. ^ Ports with 2 coal loading terminals.
Source: Australian Black Coal Statistics 2005 - Coal Services Pty Ltd and Queensland Department of Natural Resources, Mines and Water.

Further References/Links:

Queensland

Information on Queensland coal terminals (including web links) is summarised in the Deparment of Mines and Energy publication Queensland Ports (October 2005), available for download in PDF file format.

New South Wales

Port Waratah Coal Services Limited (PWCS)
Located in the Port of Newcastle, NSW, Australia, PWCS operates the world's largest and most efficient coal handling operations through its two terminals; Carrington and Kooragang. These receive, assemble and load Hunter Valley coal for export to customers around the world.

Port Kembla Coal Terminal Limited
Situated in the Inner Harbour, the Port Kembla Coal Terminal services mines from the Southern and Western coalfields of New South Wales.


Shiploading and Blending

With more than 70 percent of Australia's annual production exported, efficient coal loading at each of the country's nine major ports is paramount. If coal is loaded quickly, ships spend less time in port and freight costs are reduced.

The loading facility is also an important buffer storage area between discharge from road or rail trucks and loading onto the ship and can blend different coals to produce the specific composition required by individual customers.

Most of the coal arrives by rail and is unloaded from wagons into receival hoppers under the track. Each is fitted with automatic discharge doors which are triggered to discharge the payload of coal, allowing a typical train to be unloaded within one hour.

From the hoppers, the coal is either loaded directly on board ship or taken by conveyor to a stockpile.

The system can also be used to blend coal as it is received. Different types of coal are laid in predetermined patterns by the stackers in a way that produces the required blends to fine tolerances when reclaimed.

The process is made more complex by the fact that the types of coal required for the blend may arrive at different times in varying sequences and the plant is therefore controlled by a computer, which ensures that a high degree of blending efficiency is maintained. Sophisticated sampling equipment keeps check on the coal as it is received and while it is loaded so customers' specifications are precisely met.

The road and rail receival hoppers and conveyors are mostly enclosed to minimise airborne emissions. Similarly, the coal is treated with a chemical agglomerate to bind the fine particles together and prevent dust emission and all water running off the site is collected into a settling pond where the silt and coal dust settles to the bottom and is periodically removed.

See also the related topic: Coal Quality


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