Interactions | Reactions | Processes

Classified as: Electrolysis

Production of chemical change by passing a current through an electrolyte.

For more information look in the Chemogenesis webbook section on redox chemistry.

2
NaCl
         
2
Na
  +  
Cl2

Go To Reaction Data Page

2
NaCl
  +  
2
H2O
         
2
NaOH
  +  
Cl2
  +  
H2

Go To Reaction Data Page
HF
  +  
K[HF2]
         
F2
  +  
H2
  +  
KF

Go To Reaction Data Page
NaCl
  +  
H2O
         
NaOCl(aq)
  +  
H2

Go To Reaction Data Page
NaClO3
  +  
H2O
         
NaClO4
  +  
H2

Go To Reaction Data Page
[IO3]–
  +  
[OH]–
  +  
2
H2O
         
H5IO6

Go To Reaction Data Page

2
H2SO4
  +  
H2O
         
  +  
H2

Go To Reaction Data Page
(NH4)2SO4
  +  
H2SO4
         
(NH4)2S2O8
  +  
H2

Go To Reaction Data Page
NaCl
  +  
3
H2O
         
NaClO3
  +  
3
H2

Go To Reaction Data Page
Cl2
  +  
8
H2O
         
2
HClO4
  +  
7
H2

Go To Reaction Data Page
NaBr
  +  
3
H2O
         
NaBrO3
  +  
3
H2

Go To Reaction Data Page

2
LiCl
  +  
KCl
         
2
Li
  +  
Cl2

Go To Reaction Data Page

2
KCl
  +  
2
H2O
         
2
KOH
  +  
H2
  +  
Cl2

Go To Reaction Data Page
BeCl2
         
Be
  +  
Cl2

Go To Reaction Data Page
MgCl2
         
Mg
  +  
Cl2

Go To Reaction Data Page

2
Al2O3
  +  
Na3AlF6
         
4
Al
  +  
3
O2

Go To Reaction Data Page

2
K2MnO4
  +  
2
H2O
         
2
KMnO4
  +  
H2
  +  
2
KOH

Go To Reaction Data Page

2
  +  
2
e–
  +  
2
H+
         

Go To Reaction Data Page
[Ag(CN)2]–
  +  
e–
  +  
K+
  +  
H2O
         
Ag
  +  
2
[CN]–
  +  
K+

Go To Reaction Data Page

2
O2–
         
O2
  +  
4
e–

Go To Reaction Data Page
Na3AlF6
  +  
C
         
CF4
  +  
C2F6
  +  
Al
  +  
NaF

Go To Reaction Data Page

2
CH3COONa
  +  
2
H2O
         
CH3CH3
  +  
2
CO2
  +  
H2
  +  
2
NaOH

Go To Reaction Data Page

© Mark R. Leach 1999 –

Queries, Suggestions, Bugs, Errors, Typos...

If you have any:

Queries
Comments
Suggestions
Suggestions for links
Bug, typo or grammatical error reports about this page,

please contact Mark R. Leach, the author, using mark@meta-synthesis.com