Green hydrogen, or sustainable hydrogen, is obtained without generating any harmful environmental pollutants. Its inherent benefits include zero waste generation, renewable nature of energy, and ease of storage and transport. Generated by the electrolysis process and its only by-product being water, green hydrogen can be a protagonist of the global energy transition for a cleaner and greener Earth.

Primarily, green hydrogen acts as a means of decarbonizing transport, especially in the maritime and aviation industries which account for 4.1% of global greenhouse gas emissions. Replacing these heavily combustible synthetic fuels, with green hydrogen can significantly bring these emissions down. Similarly, in the petrochemical and metallurgy industries, contributing to 6-7% CO2 emissions, green hydrogen can cause the decarbonization of these industries. It can also act as a long-term system for energy storage due to its longevity and large compressible volume. Apart from that, green hydrogen can also be used for domestic purposes, as it is capable of reaching the desired temperature.

One might think, about the cost of using green hydrogen as its cost of production is higher than most. However, it’s something that must be done for the world to survive in the future. Thus, several government initiatives should be implemented to allocate the required funds to bring down the installation and production costs of green hydrogen.

Green hydrogen, or sustainable hydrogen, is obtained without generating any harmful environmental pollutants. Its inherent benefits include zero waste generation, renewable nature of energy, and ease of storage and transport. Generated by the electrolysis process and its only by-product being water, green hydrogen can be a protagonist of the global energy transition for a cleaner and greener Earth.

Primarily, green hydrogen acts as a means of decarbonizing transport, especially in the maritime and aviation industries which account for 4.1% of global greenhouse gas emissions. Replacing these heavily combustible synthetic fuels, with green hydrogen can significantly bring these emissions down. Similarly, in the petrochemical and metallurgy industries, contributing to 6-7% CO2 emissions, green hydrogen can cause the decarbonisation of these industries. It can also act as a long-term system for energy storage due to its longevity and large compressible volume. Apart from that, green hydrogen can also be used for domestic purposes, as it is capable of reaching the desired temperature.

One might think, about the cost of using green hydrogen as its cost of production is higher than most. However, it’s something that must be done for the world to survive in the future. Thus, several government initiatives should be implemented to allocate the required funds to bring down the installation and production costs of green hydrogen.