Dimercaprol: Difference between revisions

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{{Compound
{{Compound
|chemf=C3H8S2O|mm=124.225|struct=Dimercaprol.png
|chemf=C3H8S2O|mm=124.225|
|density=1.229|mp=|bp=223.4|stp_p=liquid|stp_q=colorless, oily, smelly|sol_aq=87|nfpa_h=2|nfpa_f=1
|density=1.229|mp=|bp=223.4|stp_p=liquid|stp_q=colorless, oily, smelly|sol_aq=87|nfpa_h=2|nfpa_f=1
|medicine=yes
|medicine=yes

Latest revision as of 22:20, 4 December 2024

 
Dimercaprol
Chemical formula C3H8S2O
OTP appearance colorless, oily, smelly liquid 
Molar Mass(g/mol) 124.225 
Density(g/cc) 1.229 
Boiling Point(°C) 223.4 
Solubility in water(g/L) 87
NFPA 704
NFPA704.png
1
2
0
 

Uses

Primary

Natural occurrence

  • does not occur naturally

Hazards

  • Toxic

Production

Synthesis

dimercaprol

  1. Combine 2,3-dibromo propanol with sodium hydrosulfide
    C3H6Br2O + 2 NaSH CH2SH-CHSH-CH2OH + 2 NaBr

sodium hydrosulfide

  1. Bubble hydrogen sulfide through a solution of sodium hydroxide which possibly contains some amount of solid sodium sulfide (Na2S).
    H2S(g) + NaOH(aq)
    {
    130-150°C}
    NaSH + H2O // gas can contain un-oxidized hydrocarbons in almost any amount
    [1]
    H2S(g) + Na2S(s)
    {H2O
    95-150°C}
    2 NaSH(aq)
    [2]

Purification

Testing

Storage

Disposal

See Also

References

  1. US patent 2662000
    Link courtesy Google
  2. US patent 4439411
    Link courtesy Google