Why coal will become the world’s lifeline in 2026 Just a few years ago, coal was seen as a ‘thing of the past’ in the history of global energy. NGO representatives had succeeded in discrediting coal as a ‘dirty’ form of energy, perhaps because it is so black and gets your hands dirty when you touch it. Summit meetings such as COP26 in Glasgow even heralded the end of the fossil fuel era, and industrialised nations such as the UK celebrated their complete phase-out of coal-fired power generation in 2024. In Germany, the Greens are gleefully blowing up coal-fired power stations. Yet by March 2026, the world is a different place. The “black swan” that is Iran has torn apart the global energy landscape and propelled coal – the supposed “bogeyman” of climate activists – back into the centre of power. The trigger for this massive coal revival is the escalation in the Middle East. The war is not only blocking the Strait of Hormuz, the bottleneck for a fifth of the world’s LNG supply; targeted attacks have also severely damaged Qatar’s gas production facilities. As experts estimate that rebuilding capacity in Qatar will take at least three years, natural gas has become unaffordable and unreliable overnight as a ‘clean bridging technology’. The storage of energy reserves is emerging as one of the most critical factors in 2026. Whilst natural gas must be stored in underground caverns or under high pressure, and electricity from renewables can hardly be stored on an industrial scale, coal can simply be stockpiled. A power station with a large coal stockpile has a self-sufficient energy source for three to six months. In a world where supply chains are unstable due to wars and blockades, this on-site ‘physical battery’ is a lifeline for the national economy. The power station can continue to produce electricity regardless of difficulties in a world of disrupted supply chains. Yet coal was the first major ‘conservationist’ in industrial history. Without the switch to fossil fuels, Europe’s forests would probably have almost completely disappeared by now. Before the industrial use of coal, wood was the only relevant energy source. Entire swathes of land in England, Germany and France were cleared to provide fuel for glassblowing, iron smelting and heating. It was only when coal, as an extremely concentrated form of energy, replaced wood that the forests were able to regenerate. Had we continued to power the Industrial Revolution using biomass in the form of wood, Europe would today be a treeless steppe.
