Soft coal market forces rail rethink
The Hancock Prospecting-GVK partnership wants to link several coal projects it hopes to develop in the Galilee Basin in central Queensland to the Abbot Point coal port. But the downturn in steaming coal prices and demand has forced it to scale back plans amid widespread caution prices and volumes might remain subdued for some time.
As a result, initial plans to develop a dedicated rail line have shifted to establishing an open-access link that will also use an existing rail line along a large part of its route to further lower costs.
From an initial $10 billion project to ship an estimated 60 million tonnes of coal annually, the cost of the more limited plan has been put at $6 billion, with the intention of lifting line capacity and potential volumes, if and when needed.
Even with the reduced scope there is ongoing doubt when the project will get off the ground, although developing a more muted start-up option gives the project a greater chance.
Open access also means that the promoters of other coalmines in the region, such as Clive Palmer's China First project, could use the link if it goes ahead.
On Monday, Aurizon and GVK Hancock agreed initially to build only 300 kilometres of the 500 kilometres of a rail corridor the promoters sought originally.
The agreement also sees GVK Hancock abandon plans for a greenfield link from Collinsville to Abbot Point, instead using Aurizon's link between these two.
GVK and Hancock are expected to be cornerstone investors in the rail link, but with the finer points of their proposal yet to be fleshed out.
"This will also allow a phased development at the Abbot Point T3 terminal to match volumes and ramp-up, thereby materially reducing the initial cost of infrastructure," the two groups said in a joint statement on Monday.
Initially, the new line will be built to narrow-gauge specification to carry trains of up to 25,000 tonnes, with the option to consider an expansion to a full greenfield line (narrow or standard gauge) if tonnages increase sufficiently to justify the extra investment.
The link is aimed at a "staged consolidation of tonnes from multiple miners in the Galilee and the Bowen Basins", the two groups said.
Earlier this year Aurizon said it would acquire 51 per cent of Hancock Coal Infrastructure, the entity that owns GVK Hancock's rail and port projects, committing an unspecified amount of funds upfront, along with paying a deferred consideration at financial close of each phase of the projects.
Frequently Asked Questions about this Article…
The weak coal market has led to a downturn in steaming coal prices and demand, forcing the promoters of the rail project in Queensland to adopt a more limited plan to reduce costs and increase the project's viability.
The original plan for a dedicated rail line has been scaled back to an open-access link that utilizes an existing rail line, reducing the project's cost from $10 billion to $6 billion.
The main companies involved are Hancock Prospecting and GVK, who have partnered to develop the rail link. Aurizon is also a key player, having agreed to build part of the rail corridor.
The open-access rail link is designed to connect several coal projects in the Galilee Basin to the Abbot Point coal port, allowing multiple miners to use the infrastructure and potentially increasing coal export volumes.
The open-access model allows other coal projects, such as Clive Palmer's China First project, to use the rail link, promoting shared infrastructure and potentially reducing costs for all users.
The project is still in the planning stages, with GVK Hancock and Aurizon agreeing to initially build 300 kilometers of the proposed 500-kilometer rail corridor. The finer details of the proposal are yet to be finalized.
The rail line is initially being built to narrow-gauge specifications, with the option to expand to a full greenfield line if coal tonnages increase sufficiently to justify further investment.
The phased development approach allows for a gradual increase in capacity at the Abbot Point T3 terminal, which helps to materially reduce the initial infrastructure costs and align with market demand.