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Energy consumption and production processes throughout the aluminium life cycle are key factors in its carbon footprint. The efficient use of energy and resources, the promotion of recycling, and a circular production approach all help to reduce the environmental impact.

Every production process leaves a trace.

Reducing the environmental impact of production processes is crucial for a sustainable future. The carbon footprint refers to greenhouse gas emissions arising from processes such as production, energy use, logistics and recycling.

To achieve a lower carbon footprint:

  • Energy and resource efficiency
  • More efficient production processes
  • Recycling and the circular economy
  • Improvements to logistics processes
  • Continuous improvement and environmental awareness

One of aluminium’s key advantages is that it is recyclable. The production of recycled aluminium requires significantly less energy than the production of primary aluminium.

Fewer resources, less energy, a more sustainable future.

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Raw materials

Approximately 85 per cent of global bauxite production is used as a raw material in the production of alumina via the Bayer process.

Alumina Formula

Alumina is, chemically speaking, aluminium oxide, and its formula is Al₂O₃.

Melting Point

The melting point of aluminium is approximately 660 °C.

The Third Element

Aluminium is the third most abundant element in the Earth’s crust, after oxygen and silicon.

Recyclable

Aluminium can be recycled at the end of its service life and used in new production.

Light

Aluminium is about a third lighter than steel.

Areas of Application

Aluminium profiles can be used in a wide range of applications, such as joinery, furniture, curtains, shutters, awnings, automatic doors and solar systems.