LCE ALLOY’s patented process manufactures LCX96 Deoxidizer from recycled aluminum, cutting CO2 emissions down to 1.243 CO2e per ton compared to 15.61 CO2e per ton for traditional products, as per data from the International Aluminum Institute (IAI).
At the stage of the steelmaking process, in order to reduce the carbon content of the molten iron coming out of the blast furnace, oxygen is blown into the converter. At this time, the carbon content is greatly reduced and the oxygen content is greatly increased.
A deoxidizer needs to be added every time the molten steel is tapped to reduce the oxygen content in the steel blank, so that in the subsequent secondary refining, the addition of alloys and oxygen can be avoided and refining and tempering can be smooth .
Carbon emission comparison of common commercially available deoxidizers
Virgin aluminum Continuous casting and pelletizing
Up to 15.61 CO2e/Ton*
* Data Source: International Aluminum Association (IAI)
LCE Patented manufacturing of recycled aluminum
1.243 CO2e/Ton*
Innovative Low-Carbon Tech
Advanced technology enabling significant carbon footprint reduction.
Slag-Free Methodology
A metal purification method that produces no slag, enhancing cleanliness and efficiency.
Energy-Efficient Production
Fresh-cut processing techniques for lower energy use and greater efficiency.
Optimal Oxide Quality
Producing a thin, uniform oxide film for superior metal treatment.
Local Competitive Edge
Strategic localized production leads to cost-effective pricing.
