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President Donald Trump's aggressive pursuit of fossil fuels, particularly in the context of the Iran conflict, has exposed the volatile nature of the fossil fuel era, according to critics. The ongoing tensions have resulted in significant economic and environmental costs, including a spike in global energy costs and a substantial humanitarian toll.The conflict has led to a humanitarian and environmental crisis in Iran and southern Lebanon, with threats of further escalation likely to exacerbate these issues. The blockade of the Strait of Hormuz, a critical passage for oil transportation, has had far-reaching economic implications, with consumers worldwide paying over $100 billion extra to fossil fuel companies since the conflict began. In the US, the average national cost of gasoline has risen to nearly $4 a gallon.Experts, such as Alice Hill from the Council on Foreign Relations, have expressed concerns about Trump's reliance on fossil fuels, stating that it is a risky strategy. Hill emphasized that countries investing in clean energy like solar and wind power will be better positioned to weather such crises. However, Trump's administration has actively sought to undermine clean energy projects, including banning them from federal land and waters and removing their subsidies.The Trump administration's actions have been contrasted with the growing global investment in renewable energy. Despite the declining cost of wind and solar power, the administration has taken steps to promote fossil fuel extraction, including attempting to seize oil supplies from Iran and Venezuela. This approach has been criticized for its potential to exacerbate climate change and undermine global efforts to transition to cleaner energy sources.The ongoing dependence on fossil fuels has been highlighted by recent environmental disasters, including toxic black smoke from missile strikes on oil depots in Iran and an oil spill in the Gulf of Mexico. These incidents have underscored the need for a shift towards cleaner energy sources to mitigate the risks associated with fossil fuel extraction and consumption.

The Iran war is threatening to disrupt shipping of crucial parts manufactured in the Gulf, potentially delaying large offshore wind projects in Europe. Industry sources are concerned that components ordered from suppliers in the United Arab Emirates could become trapped if shipping remains effectively blocked through the strait of Hormuz.These projects include two giant offshore windfarms planned for UK waters, as well as a series of projects that will supply offshore wind power to Germany and the Netherlands. The UK windfarms, which will lie off the coast of Norfolk, were each awarded a 20-year support contract from the British government just a month before Iran effectively closed the strait of Hormuz.The developer behind the plans, the German renewables group RWE, has contracted a Dubai-based company to deliver more than 180 components from its UAE fabrication yard while the windfarms are constructed. The windfarms are expected to supply the equivalent of about 4m UK homes before the end of the decade, meaning they would play an important part in supporting Britain’s aim to quadruple offshore wind capacity by 2030.A spokesperson for RWE said it had begun liaising closely with its supply chain partners amid the Middle East conflict, which has included airstrikes against key infrastructure. “Our primary focus is the safety of those working in the area,” they said. “To date there has only been a limited effect on our supply chain partners’ activities, but we are monitoring the situation closely and putting mitigation plans in place should the situation continue for a prolonged period.”The shutdown of the strait may also have an impact on a large project by the transmission operator TenneT that will link offshore wind projects in the German North Sea to mainland Germany. The company has contracted a UAE fabrication yard to deliver structural steel components, including a 5,461-tonne jacket foundation built for the BorWin6 high-voltage transmission project.