So, additions of lime are added to dilute sulfur in the metal bath.
2.
Its technology involved the use of a super hot _ 3, 000 degree Fahrenheit _ metal bath.
3.
The decarburization step is controlled by ratios of oxygen to argon or nitrogen to remove the carbon from the metal bath.
4.
After sulfur levels have been achieved the slag is removed from the AOD vessel and the metal bath is ready for tapping.
5.
Molten Metal developed a technology once hailed as revolutionary, running hazardous waste through a molten metal bath that converts it into benign elements.
6.
Molten Metal uses a molten metal bath as a catalyst and solvent to break down the molecular structure of waste, both hazardous and non-hazardous.
7.
While some metals and oxides present in the feedstock accumulate in the liquid metal bath, others will exit as vapor and are captured in the gas cleanup process.
8.
The inorganic constituents, which are generally lighter than liquid metal, form a slag layer on top of the liquid metal bath and are removed as a vitrified non-leachable slag byproduct.
9.
Molten Metal created a way to break down hazardous waste into benign elements by running them through a molten metal bath, a development that promised to help solve the world's environmental problems.
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