Am.  Jour.  Pharm  "I 
June,  1882.  / 
Chlorinated  Oil. 
277 
H- 
Chlorinated  stearin  =  H- 
H 
H  O    H  H 
I  II     I  I 
c — o — c— c— c  
I  I 
H  H 
O    H  H 
II     I  I 
c — o — c— c-c  
I  I 
H  H 
O    H  H 
11     I  I 
-c — o — c-c-c  ■• 
I  I  I 
H  H  H 
H  CI 
I  I 
-C— C— H 
I  I 
H  CI 
H  CI 
I  I 
-C— C— H 
I  I 
H  CI 
H  CI 
I  I 
-c— c- 
H  CI 
H 
Propenyl.  Formyls. 
H        O    H  H 
I  II     I  I 
H  c_0— C-C=C— 
Dichlorstearones. 
H  H         H  CI 
II  II 
-C— C  C-C— H 
II  II 
H  H         H  CI 
O    H  H      H  H 
Chlorinated  Olein  =  H- 
II     I  1 
-C-0— C— C:-:C- 
O    H  H 
II  I  I 
H  C— O— C— C=C- 
i 
H 
-C-C. 
I  I. 
H  H 
H  H 
I  I 
■C-C. 
1  I 
H  H 
H  CI 
I  I 
....C— C— H 
i  I 
H  CI 
H  CI 
I  I 
...C-C-H 
I  I 
H  CI 
Propenyl.    Acrylyls.  Dichloroleones. 
As  palmitin  and  stearin  are  much  alike  in  their  constitution,  a 
reproduction  of  the  structural  formula  of  the  former  is  unnecessary. 
As  this  chlorinated  oil  is  saponifiable  with  boiling  solutions  of  the 
hydrates  of  alkalies,  yielding  soap,  glycerin  and  chlorides,  I  would 
give  below  a  diagram  illustrating  its  saponification  with  sodium 
hydrate : 
C3H53(C302H— Ci5H29Cl2)+9(NaOH)= 
Chlorinated  Oil. 
C.H.O^ 
Glycerin. 
+3^Na— O- 
Sodium 
hydrate. 
O   H  H  H 
li     I     I  I 
-C-C-^C-C. 
I 
H 
H 
I 
H  O 
I  I 
-H^+6.NaCl 
-C-C 
I  I 
H   ()        Sodium  chloride. 
I 
H 
Sodium  dioxyoleate. 
