Transportation

Transportation infrastructure is a key consideration in the development and operation of mining assets. Mines require reliable access for equipment, materials and personnel, while many commodities depend on road, rail and port infrastructure to move products to customers and export markets.

Global Mining Dataset provides a consistent set of transportation indicators across the Asset Universe, allowing users to quickly understand the infrastructure context surrounding an asset and compare accessibility across projects.

The transportation layer currently covers three infrastructure types:

• Road
• Railways
• Ports

These metrics are designed for early-stage screening. They help identify assets where transportation infrastructure may represent an advantage or where logistics should be investigated in more detail.

Road infrastructure provides an indication of the basic accessibility of a mining asset and its connection to surrounding settlements and infrastructure networks.

Access to roads can be relevant throughout the mining lifecycle. During exploration and development, roads support the movement of personnel, drilling equipment and construction materials. During operations, they can support workforce access, supplies, and the movement of products to processing or export infrastructure.

Assets close to an established road network may benefit from stronger regional accessibility, while more remote assets may require additional access infrastructure or further investigation.

Global Mining Dataset calculates the distance between each asset and the nearest mapped road and highlights the estimated quality and capacity. Road proximity does not provide a judgement on the suitability of the road for a particular mining operation. Additionally private access roads, seasonal routes and recently constructed roads may not be represented consistently in the underlying data.

Rail infrastructure can be particularly important for commodities where large volumes of material need to be transported over significant distances to processing facilities or to ports for transport to export markets.

Bulk commodities such as iron ore and coal can be especially dependent on rail infrastructure, while access to existing rail corridors can also be relevant for concentrates and other mineral products.

Nearby rail infrastructure can indicate the presence of an established industrial or logistics corridor, but proximity alone does not confirm that the network is available or suitable for use by the asset. Rail proximity does not model route ownership, gauge, capacity, access rights, haulage cost, or whether a new spur connection is feasible.

Ports are an important part of the logistics chain for many export-oriented mining projects.

Proximity to maritime infrastructure can provide useful early-stage context when comparing projects, particularly where mineral products are expected to be transported to international markets.

Global Mining Dataset identifies the nearest mapped port and provides a corresponding proximity indicator for each asset.

This can help distinguish assets located close to established maritime infrastructure from those that may depend on longer or more complex inland transport corridors.

The nearest port should not necessarily be interpreted as the port that would ultimately serve a project. Port capabilities, commodity handling, capacity and transport connections may differ significantly between facilities.

Transportation indicators combine global infrastructure reference datasets with selected OpenStreetMap extracts where those extracts have been loaded.