Lithium: Difference between revisions

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(Created page with "{{Compound|chemf=Li|num=6|group=Alkali Metals|mm=6.997|density=0.534|mp=180.50|bp=1330|sol_aq=reacts|stp_p=solid|stp_q=silver|nfpa_h=}} ==Uses== {{Justify}} ===Other=== * Esse...")
 
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===Extraction===
===Extraction===
====Electrolysis====
====Electrolysis====
* Electrolysis of a molten mixture of [[lithium chloride]] and [[potassium chloride]]. At a 45:55 ratio, they melt at 300°C. In the presence of oxygen and moisture in the air, the lithium will react.
* Electrolysis of a molten mixture of '''lithium chloride''' and [[potassium chloride]]. At a 45:55 ratio, they melt at 300°C. In the presence of oxygen and moisture in the air, the lithium will react.
*: {{#Chem: 45Li { 55KCl(s)  = 300°C, 9v} 45Li(l) + 45Cl(g) }}
*: {{#Chem: 45Li { 55KCl(s)  = 300°C, 9v} 45Li(l) + 45Cl(g) }}
==Testing==
==Testing==

Latest revision as of 22:23, 29 December 2024

 
Lithium
Chemical formula Li
Atomic Number
OTP appearance silver solid 
Molar Mass(g/mol) 6.997 
Density(g/cc) 0.534 
Melting Point(°C) 180.50 
Boiling Point(°C) 1330 
Solubility in water(g/L) reacts
NFPA 704
NFPA704.png
0
0
 

Uses

Justification Questioned

Other

Natural Occurrence

  • Elemental lithium does not occur naturally
  • Mineral sources include spodumene, lepidolite, and petalite, amblygonite
  • Some natural brines contain high concentrations of lithium in dissolved lithium compounds such as lithium carbonate

Hazards

Production

Extraction

Electrolysis

  • Electrolysis of a molten mixture of lithium chloride and potassium chloride. At a 45:55 ratio, they melt at 300°C. In the presence of oxygen and moisture in the air, the lithium will react.
    45 Li
    {55 KCl(s)
    300°C, 9v}
    45 Li(l) + 45 Cl(g)

Testing

Purification

Storage

Disposal

See Also

References