Advantages of Electrolytic Water (Water_Electric Oxygen+Hydrogen) for Oxygen Production Compare with: 1. Heating potassium permanganate 2. Hydrogen peroxide reacts with carbon dioxide to form sodium carbonate and oxygen.

Advantages of Electrolytic Water (Water_Electric Oxygen+Hydrogen) for Oxygen Production Compare with: 1. Heating potassium permanganate 2. Hydrogen peroxide reacts with carbon dioxide to form sodium carbonate and oxygen.

1. Recyclable. Hydrogen and oxygen fuel to produce water.
2. No pollution. When potassium permanganate is heated, potassium permanganate and manganese dioxide secondary products are formed.
3. Rich resources.

1. Recyclable. Hydrogen and oxygen are combusted to produce water.
2. No pollution. When potassium permanganate is heated, potassium permanganate and manganese dioxide secondary products are formed.
3. Rich resources.

Under what other conditions does water break down into hydrogen and oxygen? Can't all the world's substances, except water, break down into hydrogen and oxygen? And isn't there any other possibility that water could break down into hydrogen and oxygen with electricity? Under what other conditions does water break down into hydrogen and oxygen? Can't all of the world's substances, except water, break down into hydrogen and oxygen? And isn't there any other possibility that water could break down into hydrogen and oxygen with electricity?

Water molecules break up at 3000 degrees to form H2 and O2, or are converted by biological enzymes enzymes. Scientists have made it possible for organisms to use hydrogen for photosynthesis, but it has not yet been put into industrial production. If you want to know more about this, Q I
396298362

Water molecules break up at 3000 degrees to form H2 and O2, or are converted by biological enzymes enzymes. Scientists have made it possible for organisms to use hydrogen for photosynthesis, but it hasn't been put into industrial production yet. If you want to know more about this, Q I
396298362