Net Carbon Consumption is a yield factor that reflects the anode consumption required to produce a unit of aluminum. It is generally expressed in Kg Carbon/metric ton Al.

As a percentage of primary aluminum smelting cost, the carbon anode component represents between 14 and 18% of producing a unit of aluminum. This factor can expand to 30% if poor quality anodes are introduced into the system. Therefore, it is critical for every smelter to focus on carbon anode quality. Simply put, achieving a lower Net Carbon Consumption factor will result in significant cost reduction and greater bottom line profitability.

This model is intended to provide a scope of the favorable financial impact an aluminum reduction plant will achieve by introducing into their system Aminco anodes vs. other anodes of inferior quality.

ANODE QUALITY Anode "A" Typical
"Aminco Anode"
CO2 Reactivity Residue %
Air Permeability nPm
Thermal Conductivity W/mK
Air Reactivity Residue %
REDUCTION PLANT DATA
Aluminum Production mt Al/yr
Cost of Rodded Anode $/mt Anode $
NET CARBON CONSUMPTION
"OPPORTUNITY" WITH AMINCO ANODES
Kg C/mt Al 0
COST OF QUALITY - POTENTIAL SAVINGS TO
SMELTER BY UTILIZING "TYPICAL AMINCO ANODE"
VS “ANODE A”
$/Year