| 1. |
Hydrogenation
agent in production of Sorbitol and Mannitol. |
| 2. |
Protectiveness
and reducinagagent in the non-ferrous industry. |
| 3. |
Hydrogenation
agent in the edible oil and margarine industry.
|
| 4. |
Cooling
agent for turbo-generators in power station. |
| 5. |
Filling
gas for meteorological ballons. |
| 6. |
Gas
for welding and cutting.
|
| 7. |
Synthesis
gas for ammonia synthesis in the Chemical Industry.
|
| 8. |
Manufacture
of semiconductors. |
| 9. |
Production
of high purity metals. |
| The
Oxygen thus generated in the precess of electrolysis too
has a wide variety of application. |
|
 |
| FARADAY’S
LAW = 96500 COLUMB = 1 gm of H2 |
| 1000
Amps cells will require: |
| |
1000
x 3600 Sec. = 36,00,000 COLOUMB.
|
|
36,00,000
divided by 96500 = 37.3 GRAM H2/cell/hr
|
|
37.3
divided by 2 (molecular weight of H2)
|
| |
=
18.65 gram Mole H2
|
|
18.65 x 22.4 (1 Gram Mole = 22.4 Ltrs.)
|
| |
=
417.82 Ltrs. H2/Cell/Hr. |
| |
=
0.4178M3/Cell/Hr.
|
|
Therefore
61 cells will produce
|
| |
=
61 x 0.417 = 25.48 NM3/Hr. |
|
And
2000 Amps cell with 61 cells, will produce
|
| |
=
50.96 NM3/Hr. |
|
