Last week at Thacker Pass, construction crews completed the Sulfuric Acid Plant (SAP)'s final major crane lift. The team safely lifted the 120-foot tall, 156,000 pound Final Absorbing Tower (FAT) from its pre-assembly area to the concrete foundation structure.
The FAT is a critical part of the SAP’s production process. Through a series of steps, molten sulfur is burned to create sulfur dioxide gas, then converted into sulfur trioxide and finally absorbed into acid in two towers – the Interpass Absorbing Tower and the FAT – to produce sulfuric acid. The sulfuric acid is then used in the processing plant to leach lithium from the clay mined at Thacker Pass. Additionally, the acid used to leach lithium is expected to generate carbon-free energy through waste heat capture, which will then be converted to electricity and reused onsite in the production process.
With the major equipment in place, the focus at the Sulfuric Acid Plant shifts to steel erection, duct pre-assembly and installation and piping.
$LAC #lithium #Nevada
The FAT is a critical part of the SAP’s production process. Through a series of steps, molten sulfur is burned to create sulfur dioxide gas, then converted into sulfur trioxide and finally absorbed into acid in two towers – the Interpass Absorbing Tower and the FAT – to produce sulfuric acid. The sulfuric acid is then used in the processing plant to leach lithium from the clay mined at Thacker Pass. Additionally, the acid used to leach lithium is expected to generate carbon-free energy through waste heat capture, which will then be converted to electricity and reused onsite in the production process.
With the major equipment in place, the focus at the Sulfuric Acid Plant shifts to steel erection, duct pre-assembly and installation and piping.
$LAC #lithium #Nevada
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