Aluminium & Non Ferrous - Carbon Neutral World Site

Advantages

Can be applied at reverb, fix axis, or tilting rotary furnaces with minor changes
Use a combination of company-wide approved proprietary technologies
Reach your Carbon Neutrality goals whilst avoiding big capex

Market Features

Improve your specific energy consumption

By using our proprietary oxy-combustion technology adequated to each kind of furnace it could be possible to reduce your specific energy consumption up to 57%*.

Reducing nitrogen presence makes it possible to reduce NOx generation and improve your filtration system performance.

*Pending on your most recent base case

Improve your specific melting rate

Improve your specific melting rate by up to 66%* by using the proper technical approach.

After studying your furnace’s current performance, we reduce the necessary nitrogen presence and thus resulting in the reduction of energy loss within your furnace.

*Pending on your most recent base case

Accept the use of scrap with organic materials

The capacity to manage the exact require stoichiometry prevents the generation of black fumes. Directly injecting oxygen reduces the furnace pressure and permits the use of cheaper scrap without emissions. This use reduces energy demand when using organic materials as sources of energy inside the furnace.

Aluminium decarbonisation solutions that improve furnace efficiency, reduce emissions and support carbon neutrality across non-ferrous metal industries.

Oxygen use enables your carbon neutral journey

By reducing the amount of air, which contains 78% nitrogen, at your furnace it becomes more effective in energy use – reducing the associated CO2 emissions.  Oxygen use pertains to all kinds of aluminium furnaces, including tilting rotary, fix axis rotary or reverb furnaces, to more efficiently use the available energy and reduce the associated CO2 emissions.

At the same time, the application of our Diluted Oxygen Combustion technology contributes to drastically reduce NOx emissions at your site whilst maintaining the highest safety standards.