Middle East Tensions and the Fragility of Global Energy Security
As geopolitical tensions in the Middle East intensify—particularly involving Iran and key Gulf energy producers—the ripple effects are once again being felt across global energy markets.
While Europe has not directly relied on all of these suppliers in recent years, the interconnected nature of gas markets means that even localized disruptions can trigger worldwide price volatility, exposing structural vulnerabilities in national energy strategies.
In her latest Youtube video, Energy Analyst Kathryn Porter offers her take:
A Global Market Shock—Even Without Direct Dependence
Recent instability has reportedly curtailed production from Qatar, one of the world’s largest exporters of liquefied natural gas (LNG). Although the UK imports relatively little gas directly from Qatar, the loss of supply tightens the global market. LNG cargoes are fungible—when supply drops in one region, prices rise everywhere as buyers compete for fewer shipments.
This dynamic mirrors the earlier fallout from the Russia–Ukraine gas crisis, where reduced Russian exports sent European gas prices soaring despite the UK’s limited direct dependence on Russian pipelines. The lesson is clear: in a globally traded energy system, no country is insulated from external shocks.
Volatility Returns—But Not Crisis Levels
Market indicators suggest that gas prices have risen sharply in response to the latest Middle East tensions, climbing from previously stable expectations into more uncertain territory. However, they remain far below the extreme peaks seen during 2022, when prices briefly reached crisis levels.
This reflects a key point: while geopolitical shocks can rapidly move prices, they do not always trigger sustained crises—particularly if global supply remains broadly adequate. Forecasts prior to the current tensions had even suggested a period of relative stability due to expanding LNG capacity worldwide.
The Energy Transition Dilemma
The renewed volatility has reignited debate over how countries like the UK should navigate energy security. Policymakers such as Ed Miliband have argued that accelerating the transition to renewable energy will reduce exposure to fossil fuel price shocks.
However, critics—including energy consultant Katherine Porter—contend that this approach overlooks a crucial constraint: electricity currently represents less than a fifth of total UK energy consumption. Heating, transport, and industry remain heavily dependent on gas and oil.
Electrification of these sectors is underway but faces significant practical hurdles. Converting millions of homes to electric heating, scaling up electric vehicles, and retooling industrial processes are multi-decade projects. In the interim, economies remain deeply exposed to gas market fluctuations.
Domestic Production vs Global Pricing
One argument gaining traction is that increasing domestic oil and gas production—particularly from the North Sea—could reduce vulnerability to international price shocks.
The logic is rooted in how gas markets operate. Prices are typically set by the most expensive marginal supply source, often LNG imports. By increasing domestic production, a country can reduce the frequency with which these higher-cost imports set the market price, thereby lowering average costs.
Additionally, domestic production avoids the added expenses associated with LNG—liquefaction, transport, and regasification—while supporting jobs and tax revenues.
Renewables: Shield or Cost Driver?
The role of renewables in energy security is more complex than often presented. While wind and solar reduce reliance on fuel imports, their intermittency introduces additional system costs:
- Expanded grid infrastructure to connect dispersed generation sites
- Backup capacity (often gas-fired) for periods of low output
- Balancing costs to manage real-time fluctuations
In the UK, renewable energy is supported through mechanisms like Contracts for Difference (CfDs), which guarantee fixed prices for generators. When market prices fall below these levels, consumers effectively subsidize the difference through their energy bills.
This has led some analysts to argue that renewables, while essential for decarbonisation, do not necessarily insulate consumers from high costs—especially during periods of lower wholesale prices.
A System Under Strain
The broader economic implications are becoming increasingly visible. The UK now faces some of the highest industrial electricity prices in the developed world, contributing to factory closures and a shrinking domestic refining sector.
At the same time, skilled workers from the oil and gas industry are migrating to regions with more supportive investment environments, including the Gulf of Mexico and the Middle East itself—ironically reinforcing the UK’s dependence on external energy systems.
Rethinking Energy Security
The unfolding situation highlights a central tension in energy policy: balancing long-term decarbonisation goals with short-term resilience.
Key strategic questions include:
- How to manage the transition period before full electrification is feasible
- Whether domestic fossil fuel production should play a stabilising role
- How to design renewable support systems that minimise consumer cost
- The potential role of nuclear power as a scalable, low-carbon alternative
What the current Middle East crisis underscores is that energy security is not just about the sources a country uses—but how those sources interact with global markets. In an interconnected system, resilience requires not only cleaner energy, but also flexibility, redundancy, and a clear-eyed assessment of transitional risks.
Anapat
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We truly need someone like her! I couldn’t have figured that out on my own; thank you so much! (Weeping…)
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Robert Beatty
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The real problem is that we as a planet are running out of CO2!
Mars went down this path before, and now it is our turn. This happens because atmospheric CO2 is progressively sequestered in limestone which permanently removes it from the atmosphere.
More thoughts on this aspect are welcome.
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Herb Rose
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Hi Robert
Got it backwards, CO2 is the low energy state of oxygen, WIth no plants using solar energy to convert CO2 into O2 the oxygen will react to the lower energy state.
Herb.
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Robert Beatty
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Herb,
The historical facts show that CO2 has diminished on Earth from around 6,000 ppm in Cambrian times to about 400 ppm now. Plant life is an add on phase which occurs when conditions such as temperature, pressure and acidity are right. See https://bosmin.com/HenrysLaw.pdf
On the present path, our plant will run out of CO2 in about 42,000 years time. So no plants, or life. How do we fix that?
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Herb Rose
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Hi Robert,
When the Earth began to cool all the oxygen in the atmosphere was in CO2 the same as Venus’s atmosphere. Plants evolved to use the CO2 creating free oxygen in the atmosphere. When a plant decomposes the carbon it contains is released into the atmosphere as CO2. When volcanic activity occurs the CO2 in the limestone is released back into the atmosphere. The plants will never run out of CO2, what will happen is that solar energy will decrease and liquid water will disappear causing the atmosphere to become like Mars, which is almost all CO2. Plants convert CO2 to O2 and hydrocarbons, animals convert O2 and hydrocarbons into CO2 and water
Herb.
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Herb Rose
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Hi Robert
Got it backwards, CO2 is the low energy state of oxygen, WIth no plants using solar energy to convert CO2 into O2 the oxygen will react to the lower energy state.
Herb.
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Robert Beatty
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Herb,
A fuller explanation of Earth’s history is available at http://www.bosmin.com/PSL/PlanetsSatellitesLandforms.pdf
It is a long story, but revolves around Jupiter as the prime developer in the Solar system.
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Herb Rose
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Hi Robert,
Since all the information on Jupiter is wrong, the premise that it is prime developer in the solar system is a non starter.
The ridiculous belief of the outer planets being gas giants is absurd and the result of using Newton’s law of gravity to determine their masses. The formula is indisputably wrong. Galileo showed that the rate an object falls has nothing to do with its mass. Keppler showed the orbit of the planets has nothing to do with their mass, so the assertion by Newton that they are a result of mass is unfounded by reality. The elliptical orbits of the planets confirms that the law is fiction. At the apogee of the orbit the planet gains velocity and the distance between it and the sun begins to decrease. At the perigee of the orbit the speed of the planet begins to decrease and it begins to move further from the sun. The attractive force between the sun and a planet is greatest when the distance between them is greatest and is weakest when it is closest to the sun. The data shows that gravity is not a function of mass but of the energy associated with the mass. For Jupiter this energy is not energy from the sun but geothermal energy.
When fragments of the Shumaker-Levi comet impacted it produced plumes rising above the planet which only happens when it hits a solid surface, not when it enters a gas.
Herb
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Aaron
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trump did that
trumpedo taking down global economy
tough talk by beta males
maha maga and other assorted meaningless slogans
trust the plan, 12 d chess, we are winning and the self described peace president
you just gotta BELIEVE!
on and on the lies keep piling up
who said trump was a trojan horse??
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Seriously
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I like to break things down, from the beginning – what is the base of the chain that causes all other outcomes upward?
As in so many evils that plague our planet, the machine pushing this one is the Stock Market. It is the base that allows ‘the boys’ to control all of our lives. Consider this: the straight of hormuz puts out only20% of the current global oil ‘market’….so why is that minimal amount causing all the fuss??? Because they say it is. It’s just another money grab as are all the other disasters. You want to control Iran? Refuse their oil…
Nothing is happening that they don’t allow to happen….ever!!
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Robert Beatty
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It seems that the social media has a lot to answer for.
My recommendation is to delete all social media outlets and stick to radio outlets you trust.
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