Water splitting by electrolysis and its role in energy production

Water splitting by electrolysis plays an important role in energy production. 

This process means the separation of water into hydrogen and oxygen gases. 

Electrolysis is carried out by applying an electric current to water, and water molecules are separated into gaseous hydrogen and oxygen at the electrodes.

The hydrogen gas formed during this process can be used as a renewable energy source. 

Hydrogen can be stored and used in technologies such as fuel cells and gas turbines. In addition, the combustion of hydrogen creates water vapor, which is an environmentally friendly combustion process.

The oxygen gas obtained by water splitting is also an important industrial material. Oxygen gas is used in many processes in the chemical industry, such as iron production.

Water splitting by electrolysis is an important part of renewable energy production. This method allows water to be converted into energy production in a sustainable way. 

In this way, the use of fossil fuels can be reduced and an energy source that is less harmful to the environment can be obtained.

As a result, water splitting by electrolysis is a very important method in energy production. This method contributes to the increase of renewable energy sources and environmentally friendly energy production. 

In the future, by further using water splitting for energy production, a clean and sustainable energy source could be achieved.