New oil: Hydrogen as a competitor in Saudi Arabia

Saudi Arabia is banking on green hydrogen as an alternative to oil to fuel its futuristic Néom project, investing heavily in plants powered by renewable energy. However, despite its potential as a clean energy source, green hydrogen faces obstacles such as high production costs and storage and transport challenges.

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The new oil could be green hydrogen in Saudi Arabia. This energy is currently booming worldwide, seen as one of the solutions for achieving decarbonization objectives. Saudi Arabia is betting on this resource to create its new futuristic city: Neom.

New oil to power the city of Neom

The new city of Neom is to be built along the Red Sea, on the edge of the Saudi Arabian desert. The state has invested over $500 billion to develop a city based on advanced technologies that will accommodate a million people. Saudi Arabia is betting not on oil, but ongreen, carbon-neutralhydrogen to power this electricity-hungry project.

Green hydrogen: the new oil?
Green hydrogen is produced from renewable energies.

A new hydrogen plant to power Neom

The major American gas company, Air Products & Chemicals, announced that it had been building agreen hydrogen production plant in Saudi Arabia for four years as part of this project. The plant is powered by four gigawatts of electricity from wind and solar projects stretching across the desert. However, other projects are under study.

The Middle East currently has high-quality, low-cost wind and solar energy resources, such as the 300 MW Sakaka site. An opportunity for this new project, which could propel Saudi Arabia to the forefront of green hydrogen.

Koch Blank, head of the Rocky Mountain Institute’s Breakthrough Technology program, said:

“Saudi Arabia has ridiculously cheap renewable energy. The sun shines pretty reliably every day and the wind blows pretty reliably every night. It’s hard to beat.”

NEOM, future capital of new oil?
NEOM project for a $500 billion megalopolis in Saudi Arabia along the Red Sea coast.

An important energy source for the energy transition

Green hydrogen could be an ideal energy source for energy-intensive industries such as concrete and steel manufacturing, as well as for sea and air transport. However, Airbus has highlighted the many storage problems associated with using this energy. He believes, however, thathydrogen could be flying airplanes by 2035. Roxana

Bekemohammadi, Executive Director of the Western States Hydrogen Alliance pointed out:

“Hydrogen fuel cells will power the future of emissions-free mobility in these heavy, hard-to-elect vehicle sectors. This fact is indisputable. ”

The new oil for a new green hydrogen “rush

Many countries are currently interested in this type of energy. The European Union and Germany, in particular, have allocated major investments to develop this energy on their territory.

An Australian consortium has also developedhydrogen businesses to Singapore, thanks to 1,743 large wind turbines and 30 square miles of solar panels. However, for the Asian Renewable Energy Hub, ammonia gas could be easier to export than hydrogen. Japan has also developed its own green hydrogen company at Fukushima.

Only the USA is lagging behind in this area, despite the development of hydrogen projects in Utah, California and Nevada. In fact, natural gas is still much cheaper and more attractive.

Hydrogen: A new oil, but still limited

At present,hydrogen production still relies on fossil fuels and is therefore not climate-friendly. Indeed, to power the electrolysis plants that separate water into hydrogen and oxygen, we’d need to massively expand renewable energy production. BloombergNEF estimates that producing enough green hydrogen to meet a quarter of the world’s energy needs would require an $11 billion investment in production and storage.

Hydrogen is also difficult to store and transport without a pipeline. Michael Liebreich, UK analyst at Bloomberg New Energy Finance said:

“It doesn’t exist in nature, so energy is needed to separate it. Its storage requires compression to 700 times atmospheric pressure, refrigeration to -253C… It carries a quarter of the energy per unit volume of natural gas… It can embrittle metal, it escapes through the smallest leaks and yes, it really is explosive”.

Finally, even if hydrogen appears to have great potential as a substitute for oil, its use remains limited by a number of obstacles, not least production costs.

A partnership between AquaVentus and Hydrogen Scotland aims to connect Scottish offshore wind farms to a cross-border green hydrogen production and export infrastructure in the North Sea.
Electric Hydrogen announces the acquisition of Ambient Fuels and an alliance with Generate Capital to offer up to $400 mn in hydrogen project financing worldwide starting in 2026.
Hynfra PSA strengthens its presence in West Africa with a $1.5bn green ammonia project, backed by the Mauritanian government, with commercial operations expected to start by 2030.
Over 500 hydrogen projects are now under construction or operational worldwide, with total committed investments reaching USD110 billion, representing an increase of USD35 billion in one year.
From 2029, Verso Energy will supply hydrogen produced in Moselle to steel group SHS, supported by a cross-border pipeline and an industrial investment exceeding €100mn.
The success of SGN’s test on a gas pipeline converted to hydrogen confirms Terra Firma Energy’s technological choices, with sites already equipped to accommodate this type of energy investment.
Lhyfe has started supplying Essent with renewable green hydrogen under a multi-year contract, marking a major commercial debut in the Netherlands for the French producer.
The Dutch government grants major funding to RWE to develop an offshore wind-powered electrolysis facility, marking a key step in the OranjeWind project.
ScottishPower pauses its renewable hydrogen projects in the United Kingdom, despite receiving public subsidies, citing a lack of commercial viability under the HAR1 programme.
thyssenkrupp nucera has completed the purchase of key assets from Green Hydrogen Systems, strengthening its position in pressurised alkaline electrolysis for industrial hydrogen production.
GH2 Solar Ltd partners with AHES Ltd to build an electrolyzer plant in Gwalior, targeting 500 MW capacity by 2030 with $19mn government support.
A cooperation agreement, a bilateral carbon-credit mechanism and converging standards lay the ground for India→Japan hydrogen and ammonia flows, with volume targets, price-support schemes and first export projects scaling up.
Hydrogen offtake agreements are multiplying, with Germany and Japan leading, mobilizing producers and industrial buyers in a still nascent but already highly competitive market.
Vema Hydrogen mobilise des experts internationaux pour accélérer la mise sur le marché de son hydrogène minéral, alors que l’entreprise prévoit de forer ses premiers puits pilotes en Amérique du Nord d’ici la fin de l’année.
First Public Hydrogen Authority opens a request for proposals to transport gaseous and liquid hydrogen across California, with a deadline set for September 12.
US-based manufacturer Ohmium unveils a new generation of modular electrolysers integrating all production systems within a reduced footprint, aiming to lower installation and operating costs for green hydrogen.
ABO Energy and Hydropulse join forces to develop decentralised green hydrogen production units in Europe, with Spain and Finland as priority markets.
Next Hydrogen secures two separate loans, including one from its executives, to consolidate liquidity and continue operations while evaluating long-term financial solutions.
Metacon receives EUR 14.9 million from Motor Oil Hellas for the approved delivery of ten electrolysis units, marking the first stage of a strategic industrial project in Greece.
The European Union’s regulatory framework mandates green hydrogen integration in refineries, generating projected demand of 0.5 million tonnes by 2030.

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