Production of Hydrogen by Electrolysis of Water
Water dissolution is the source of water, and it is also the most important element. In today's energy pattern, the status of water dissolution is low. The method of water dissolution is worth exploring.
The principle of water dissolution is based on the reaction of water. Through direct flow, the solution tank of water holding water, the oxygen radicals (OH) in water are affected by the reaction, and the division is positive. In this case, the oxygen radicals lose their radicals, generate oxidation and reverse, and produce oxygen. In this case, the oxygen radicals gain their radicals, generate primary and reverse, and generate oxygen. The inverse equation can be stated as follows:
inverse: $4OH ^ - 4e ^ -\ longrightarrow 2H_2O + O_2 ↑ $
inverse: $4H ^ ++ 4e ^ -\ longrightarrow 2H_2 ↑ $
inverse: $2H_2O\ stackrel {\ longrightarrow} 2H_2 ↑ + O_2 ↑ $
To make this inverse work, it is very important to solve the tank. First, the material needs to have good performance, resistance and high catalytic activity to reduce the inverse position and improve the inverse rate. For example, the commonly used gold and other gold and its alloys are all good materials. Second, the solution of the solution should not be ignored. Generally speaking, the aqueous solution of acid, water or water can be used as a hydrolytic solution, which can increase the durability of the solution and promote the migration of water.
The method of water hydrolysis is the first. First, the source of raw water is rich, and it is inexhaustible, and it is inexhaustible, and the carbon emission is low, which is in line with the development of today's energy. Second, the high durability of the system can be widely used in chemical industry, metallurgy, and other industries. However, it also has shortcomings, mainly due to high energy consumption, resulting in high costs. To promote this technology, it is necessary to reduce energy consumption and improve energy efficiency.
As mentioned above, the surface of water hydrolysis is not promising, but its prospects are not good. It is expected to break through the technology of materials science, chemical engineering and other fields, and become an important path for energy supply.
The principle of water dissolution is based on the reaction of water. Through direct flow, the solution tank of water holding water, the oxygen radicals (OH) in water are affected by the reaction, and the division is positive. In this case, the oxygen radicals lose their radicals, generate oxidation and reverse, and produce oxygen. In this case, the oxygen radicals gain their radicals, generate primary and reverse, and generate oxygen. The inverse equation can be stated as follows:
inverse: $4OH ^ - 4e ^ -\ longrightarrow 2H_2O + O_2 ↑ $
inverse: $4H ^ ++ 4e ^ -\ longrightarrow 2H_2 ↑ $
inverse: $2H_2O\ stackrel {\ longrightarrow} 2H_2 ↑ + O_2 ↑ $
To make this inverse work, it is very important to solve the tank. First, the material needs to have good performance, resistance and high catalytic activity to reduce the inverse position and improve the inverse rate. For example, the commonly used gold and other gold and its alloys are all good materials. Second, the solution of the solution should not be ignored. Generally speaking, the aqueous solution of acid, water or water can be used as a hydrolytic solution, which can increase the durability of the solution and promote the migration of water.
The method of water hydrolysis is the first. First, the source of raw water is rich, and it is inexhaustible, and it is inexhaustible, and the carbon emission is low, which is in line with the development of today's energy. Second, the high durability of the system can be widely used in chemical industry, metallurgy, and other industries. However, it also has shortcomings, mainly due to high energy consumption, resulting in high costs. To promote this technology, it is necessary to reduce energy consumption and improve energy efficiency.
As mentioned above, the surface of water hydrolysis is not promising, but its prospects are not good. It is expected to break through the technology of materials science, chemical engineering and other fields, and become an important path for energy supply.

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