Trichloroethylene: Difference between revisions

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Created page with "{{Compound|struct=Trichloroethylene.png|chemf=Cl2CCHCl|mm=131.4|density=1.46|mp=-84.8|bp=87.2|sol_aq=1.28|stp_p=liquid|stp_q=colorless|nfpa_h=2|nfpa_f=1|ior=1.4777}} ==Uses== ===Primary=== * Feedstock for chloroacetic acid ==Natural occurrence== * '''Does not''' occur naturally ==Hazards== * Carcinogenic, low toxicity ==Production== ===Synthesis=== ====dichloroethane==== * Thermally decompose dichloroethane *: {{#Chem: ClCH2CHCl + 2Cl2 {=400°C} ClCHCCl2 + 3H..."
 
 
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===Synthesis===
===Synthesis===
====dichloroethane====
====dichloroethane====
* Thermally decompose [[dichloroethane]]
* Thermally decompose [[dichloroethane]] in the presence of [[chlorine]]
*: {{#Chem: ClCH2CHCl + 2Cl2 {=400°C} ClCHCCl2 + 3HCl }}
*: {{#Chem: ClCH2CHCl + 2Cl2 {=400°C} ClCHCCl2 + 3HCl }}



Latest revision as of 06:15, 3 April 2025

 
Trichloroethylene
Chemical formula {{#Chem:Cl2CCHCl}}
OTP appearance colorless liquid 
Index of refraction 1.4777 
Molar Mass(g/mol) 131.4 
Density(g/cc) 1.46 
Melting Point(°C) -84.8 
Boiling Point(°C) 87.2 
Solubility in water(g/L) 1.28
NFPA 704
1
2
0
 

Uses

Primary

Natural occurrence

  • Does not occur naturally

Hazards

  • Carcinogenic, low toxicity

Production

Synthesis

dichloroethane

  • Thermally decompose dichloroethane in the presence of chlorine
    {{#Chem: ClCH2CHCl + 2Cl2 {=400°C} ClCHCCl2 + 3HCl }}

Purification

Storage

Disposal

See Also

References