Global LNG demand set for steady growth
30 August 2024

The low density of natural gas makes it costlier to contain and transport compared to other fossil fuels such as coal or crude oil.
For more than a century after gas was recognised as a viable energy source, producers were unable to utilise the fundamental infrastructure that facilitated international oil trade – marine transportation.
Prior to the development of liquefied natural gas (LNG) technology, the transportation of gas was limited to movement by pipeline. The development of LNG revolutionised the manner in which gas is transported and consumed worldwide.
The first experimental shipment of LNG was made from Lake Charles in the US state of Louisiana to Canvey Island in the UK in 1958, aboard the vessel the Methane Pioneer. Since then, with improvements in technology and cost efficiencies, LNG has become an internationally traded commodity, the demand for which has risen through the years.
LNG production and transmission
LNG is natural gas that has been reduced to a liquid state by cooling it to a cryogenic temperature of -160 degrees Celsius. Natural gas is converted to a liquid in a liquefaction plant, or train.
Train sizes tend to be limited by the size of the available compressors. In the early years of development, train sizes had capacities of about 2 million tonnes a year (t/y), and a greenfield facility would often require three trains to be economically viable.
Improvements in compressor technology in this century have made it possible to design larger trains, to benefit from economies of scale. In the early 2000s, Qatar’s state-owned companies Qatargas and RasGas, in partnership with Western companies such as ExxonMobil and TotalEnergies (which was known as Total at the time), started operating trains with capacities of 7.8 million t/y.
When natural gas is in a liquid form, it takes up approximately one 600th of the space it would occupy as a vapour. Reducing its volume and its weight by half makes it easier and safer to transport across long distances on specially designed double-hull ships or vessels.
In the final stage of transmission, LNG is offloaded from a marine jetty to cryogenic storage tanks at the receiving terminal. It remains at -160 degrees Celsius during this process.
Benefits and applications
A slew of benefits and applications in various industries has fuelled the growth of LNG in the global economy.
LNG produces 40% less carbon dioxide than coal and 30% less than oil, therefore offering lower carbon emissions.
The LNG liquefaction process also releases very little nitrogen oxide, a harmful greenhouse gas, and sulphur dioxide, which can cause significant damage to terrestrial and atmospheric ecosystems.
With an energy density 600 times greater than natural gas, LNG can be used as an alternative fuel for sectors such as shipping. This helps to reduce the carbon footprint of industries that are slower to decarbonise.
On the socioeconomic front, LNG sales have facilitated the economic progress of producer nations, as witnessed in Australia, Qatar and Nigeria. Consumer countries also get access to a source of affordable and environmentally sustainable energy.
Separately, investments in LNG – in the form of LNG infrastructure building, as well as the expansion of production facilities – spur economic growth and help to stimulate job creation.
LNG is primarily used as a major source for electricity generation in powering industries, households and social infrastructure.
The chemicals industry is also one of the largest consumers of LNG, where it is mainly used for steam production and for heating, cracking and reforming units.
In the transport sector, meanwhile, LNG is one of the foremost sources of fuel, particularly for marine tankers and heavy surface vehicles, due to its high energy density compared to conventional fuels, coupled with its low emissions.
In addition, in food manufacturing, LNG is used as fuel for intense processes such as the steaming and drying of food produce.
Buoyant demand outlook
According to Shell’s LNG Outlook 2024, the global demand for LNG is estimated to rise by more than 50% by 2040, as industrial coal-to-gas switching gathers pace in China, and as South and Southeast Asian countries use more LNG to support their economic growth.
Global trade in LNG reached 404 million tonnes in 2023, up from 397 million tonnes in 2022, with tight supplies of LNG constraining growth while maintaining prices and price volatility above historic averages.
Demand for natural gas has already peaked in some regions but continues to rise globally, with LNG demand expected to reach about 625-685 million t/y in 2040, according to the latest industry estimates.
“China is likely to dominate LNG demand growth this decade as its industry seeks to cut carbon emissions by switching from coal to gas,” says Steve Hill, executive vice president for Shell Energy, in the company’s LNG Outlook 2024.
“With China’s coal-based steel sector accounting for more emissions than the total emissions of the UK, Germany and Turkiye combined, gas has an essential role to play in tackling one of the world’s biggest sources of carbon emissions and local air pollution.”
Over the following decade, declining domestic gas production in parts of South and Southeast Asia could drive a surge in demand for LNG as these economies increasingly need fuel for gas-fired power plants or industry. However, these countries will need to make significant investments in their gas import infrastructure, Shell said in the report.
The Shell LNG Outlook 2024 also notes that gas complements wind and solar power in countries with high levels of renewables in their power generation mix, providing short-term flexibility and long-term security of supply.
Three stages of growth
UK-based consultancy Wood Mackenzie, in its global gas strategic planning outlook, identifies three distinct phases of LNG market growth in the coming decade.
First, it says that continued market volatility will remain for the next couple of years as limited supply growth amplifies risk.
The pace of LNG supply growth and demand across Europe and Asia provide both upside and downside risks. Uncertainty over Russian gas and LNG exports further complicates the matter, making 2025 a potentially tumultuous year for supply, and therefore for prices.
This phase could be followed by a major wave of new supply, ushering in lower prices from 2026, Wood Mackenzie says in the report.
A muted demand response to lower prices across Asia would undoubtedly draw out the market imbalance. Conversely, supply risks cannot be ruled out. An anticipated escalation of Western sanctions on Russian LNG threatens to impact the overall supply growth scenario, increasing the potential for a stronger-for-longer market.
Beyond 2026, as LNG supply growth slows, prices will recover again before a new wave of LNG supply triggers another cycle of low prices in the early 2030s, Wood Mackenzie predicts.
Much will depend on long-term Asian demand growth. Booming power demand and a shift away from coal makes gas and renewables the obvious choice.
However, if LNG prices are too high, Asia’s most price-sensitive buyers could quickly return to coal.
On the upside, delays or cancellations to the expansion of Central Asian and Russian pipeline gas into China will push Chinese LNG demand higher for longer.
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Accor expects Dubai hotel recovery by mid-202717 July 2026

Paris-headquartered hotel operator Accor expects Dubai’s hotel market to return to pre-conflict occupancy levels by the end of the first quarter or early second quarter of 2027, with room rates lagging the volume recovery by several months.
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Luxury first
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Rate outlook
Morin dismissed concerns that the conflict had structurally weakened Dubai’s pricing power, drawing a parallel with the period following Covid-19.
“When we came out of Covid, everybody said those prices would never hold. The question at every analyst call was always the same: your pricing strategy is unsustainable. Guess what? Nothing changed. The prices now, three or four years later, are still the same.”
He argued that consumers consistently prioritise travel expenditure when reallocating budgets. “What you see when the economy goes sideways is that people reallocate disposable income differently. People are basically redirecting the way they do things and keeping the same amount they want to spend, but spending it differently.”
Morin also said Dubai has a track record of outpacing expectations after previous disruptions. “The first part of the world, post-Covid, that came back to positive RevPAR was the Middle East – it was Dubai. People forget that. The capacity of this part of the world to rebound, and the capacity of the industry to rebound in general, is always misunderstood.”
No pullback
Accor said it had not paused or cancelled any development commitments in the region as a result of the conflict. “We did not change anything from a strategic perspective,” Morin said. “The last thing you want is to pull back, because this is going to rebound.”
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READ THE JULY 2026 MEED BUSINESS REVIEW – click here to view PDFStress test for Gulf aviation; Mixed performance as country outlooks diverge in the Levant; GCC tourism sector pivots from crisis to recovery mode.
Distributed to senior decision-makers in the region and around the world, the July 2026 edition of MEED Business Review includes:
> AIRPORTS: Dubai and Riyadh reaffirm airport ambitions> INDUSTRY REPORT: Dubai eyes tourism sector recovery> DATA CENTRES: Big Tech falls short on data centre promise> LEADERSHIP: Aramco’s citizen developers accelerate digital changeTo see previous issues of MEED Business Review, please click herehttps://image.digitalinsightresearch.in/uploads/NewsArticle/17695301/main.gif -
CCC selected for $600m Damascus Financial Centre17 July 2026
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Medina tenders Quba Mosque expansion17 July 2026

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Madinah Region Development Authority (MRDA) has tendered a contract to expand Quba Mosque in the Medina region of Saudi Arabia.
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Bahrain taps consultants for studying use of nuclear power17 July 2026

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Bahrain is exploring the use of nuclear power for domestic consumption as well as for potential export of surplus, with state energy conglomerate Bapco Energies tasked with studying the prospect of building a modular nuclear power plant.
According to sources, the proposed project is being led by BeVentures, the venture capital arm of Bapco Energies, which was launched in July 2024.
Under the plan being studied, power to be produced by the nuclear facility will be supplied mainly to major industrial complexes in the kingdom, such as Aluminium Bahrain (Alba) and Bapco Refining, for clean production of aluminium and refined products, respectively, in line with Bahrain’s ambition of achieving net-zero emissions by 2060.
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Bapco Energies did not respond to MEED’s request for comment and additional information on the proposed modular nuclear project.
Mark Thomas, the group CEO of Bapco Energies, told MEED in an interview in April last year that BeVentures was considering investments in “ … new technologies that can both help existing business, as well as prepare … for the future, for the energy transition”.
“We’re looking at opportunities principally within our existing businesses around oil and gas production, refining and petrochemicals. But we’re also looking at elements that will prepare us for the future, more into renewables,” Thomas said, without explicitly mentioning nuclear power.
Case for nuclear power
Bahrain’s interest in exploring nuclear power has been driven primarily by the limitations of its hydrocarbon endowment. Given its small territorial size – about 786 square kilometres – Bahrain holds relatively modest hydrocarbon reserves compared with its Gulf peers.
The kingdom produces about 200,000 barrels a day (b/d) of oil, of which the Awali Field, also known as the Bahrain Field, contributes approximately 42,400 b/d.
Most of Bahrain’s crude production – about 145,000 b/d – comes from the offshore Abu Safah field, located in Gulf waters between Bahrain and Saudi Arabia and shared between Bapco Energies’ subsidiary Bapco Upstream and Saudi Aramco.
Bapco Energies has long pursued additional resources to boost oil and gas output. However, the discovery of the Khalij Al-Bahrain basin in 2018 – its biggest find in decades – has yet to live up to its promise. Initially estimated to hold 80 billion barrels of oil and 10-20 trillion cubic feet of gas, the find has not translated into production at the anticipated scale. Other, smaller exploration efforts with foreign players have also yet to yield the desired results.
The kingdom therefore remains heavily reliant on its larger neighbour, Saudi Arabia, for oil and gas supplies, importing about 350,000 b/d from Aramco via the AB-4 pipeline.
At the same time, given its environmental sustainability targets, other forms of renewable energy – mainly solar – are unlikely on their own to enable Bahrain to reach net zero by 2060.
Bapco Energies published emissions-reduction targets in July 2023, in one of the most detailed disclosures by any state energy enterprise in the GCC. It has also engaged advisers including Boston Consulting Group to help devise a strategy to meet its environmental goals, and Standard Chartered to support financing requirements.
Using 2017 as a baseline year, Bapco Energies has committed to reducing absolute Scope 3 emissions in Bahrain by 30% by 2035, and to reaching net-zero Scope 3 emissions by 2060.
In addition, Bapco Energies sets out net emissions-intensity reduction targets for Scope 1 and 2 – also using 2017 as a baseline – of 15% by 2025, 25% by 2030, 30% by 2035, 50% by 2040 and 75% by 2050, with the aim of achieving net-zero Scope 1 and 2 emissions by 2060.
Bahrain has been laying the groundwork to enable it to tap nuclear power for household and industrial needs in the future.
The kingdom is already operating under a Country Programme Framework (2024–29) with the International Atomic Energy Agency (IAEA), which establishes regulatory and safety benchmarks that must be in place before any commercial reactor construction begins.
In July last year, Manama also signed a civilian nuclear cooperation memorandum of understanding with the US. Financed under the US Foundational Infrastructure for Responsible Use of Small Modular Reactor Technology (FIRST) programme, the partnership provides Bahrain with technical support to develop secure, weaponisation-free civil nuclear infrastructure.
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Region advances LNG projects with pace