The Market Overview of Hydrogen and its Increasing Demand

This blog comprises of hydrogen definition, market drivers, production process, key market players and pricing trends.

Hydrogen: Definition

Hydrogen (H) is a non-toxic and safe gas with the chemical formula H2 and atomic number 1. The gas has no colour, flavour, or odour and may be manufactured, transported, and stored in massive quantities. It is abundant in compound form (75% of the universe's mass), along with other natural elements such as liquids, gases, and solids.

It is also found in water and the molecules of all living organisms. It has the lowest density as compared to other gases.

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It is produced utilising a variety of resources, including natural gas, nuclear power, biogas, and renewable energy sources such as sun and wind. Its melting and boiling points are 259.16°C and 252.879°C, respectively.

Market Drivers

Hydrogen is widely used as a cleaner substitute for water-based (methane) fuel, making it an effective source of energy in automobiles and buses. Furthermore, the oil-refining process aids in the removal of sulphur from fuels.

Moreover, it is utilised in the chemical industry to produce ammonia, which is widely used as a fertiliser in agriculture. It is utilised as a flushing gas in the manufacture of polymers and pharmaceuticals, as well as in silicon chip manufacturing in the electronics sector.

It also contributes to the creation of a safe environment for the production of flat glass sheets in the glass industry. Hydrogen is transforming the fuel industry because it is an essential component of a cleaner and more secure energy future.

It has been used to power combustion engines for almost 200 years and is now becoming an important part of the modern refining industry. The gas is light, storable, and energy dense, and its manufacture produces no direct pollutants or greenhouse gases.

As a result, its use in the transportation, building, and power generating industries is projected to change the market's outlook.

Hydrogen Production Cost

• Hydrogen Production from Water Electrolysis: Electricity is used in this procedure to split water into hydrogen and oxygen.
• Hydrogen Production from Natural Gas Steam Reforming:  Steam methane re-formation happens in the presence of a catalyst in this process, and methane interacts with steam to produce hydrogen, carbon monoxide, and relatively little carbon dioxide under 3-25 bar pressure (1 bar= 14.5 psi).
• Hydrogen Production from Natural Gas Partial Oxidation: Methane, along with other natural gas hydrocarbons, is reacted with a little oxygen in the process to oxidise the hydrocarbons to carbon dioxide and water. The primary byproducts are hydrogen and carbon monoxide.

Hydrogen Market Key Player

• Messer Group
• The Linde Group
• Hydrogenics
• Air Liquide

Hydrogen Price Trend and Forecast

North America

Because of fluctuating natural gas prices, the price of hydrogen in the North American market has been declining over the current time. While the need for green hydrogen has increased, production levels in the United States have remained stable.

The PEM electrolysis method is less expensive than natural gas production. Despite falling natural gas and oil prices, which resulted in high domestic pricing, hydrogen utilisation increased.

For a time, the fertiliser and food industry demand remained passive in the market, and in the end, the holiday season and storm Elliot hampered the area market's hydrogen operational rate.

Asia Pacific

On the back of downstream demand, hydrogen gas prices have recently showed a fixed market trend in the APAC.  Natural gas price fluctuations in the regional market have a commensurate effect on production costs. The Indian vacation season caused a slowdown in both output and consumption.

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The Indian government has set broad objectives for green hydrogen generation and use. India uses hydrogen as its primary source of energy, and demand for it in the worldwide market has remained relatively low throughout time.

According to the report (Harnessing Green Hydrogen as an Opportunity for Deep Decarbonisation in India) from the Indian Institute of Technology, green hydrogen would be financially competitive with natural gas-derived hydrogen.

Europe

Due to the varying costs of natural gas, prices of hydrogen in Europe have recently fallen. The demand for hydrogen in the Holland region was subtle at first and thereafter declined. The Dutch market was disrupted by a train strike, which halted the supply and demand chain.

The European countries were affected by the energy crisis. Because the producers could supply feedstock, there was little demand from end customers.

The country's oil and fertilisers must maintain their position in the regional market. Because of a consistent volume of offtakes from the downstream market, production rates were stable throughout the time. In the market, the stock's amount stayed constant. Later, the supply prediction did not appear to be particularly promising.

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