Russia-Ukraine, West Asia and why the energy crisis is moving from oilfields to refineries time is different

The energy crisis from the conflicts in West Asia and Russia-Ukraine is taking unprecedented forms. The present crunch isn’t just about crude oil. Brent prices, at about $102 per barrel, are nearly 55 per cent higher than a year ago, but below the March 2022 and July 2008 peaks of $139.1 and $147.5, respectively. The long-range drone and missile strikes by Ukraine and Iran have targeted refineries, driving up the prices of their products and byproducts more than that of crude. Diesel prices in the US are at a record $6.5-plus a gallon, up 76.2 per cent year-on-year. Equally significant is sulphur. In normal times, India was importing this byproduct of refineries and natural gas processing plants — they remove it for making clean, low-emissions fuels — at $200 or less per tonne. Today, that price is at $1,000 and above.

Much of the sulphur recovered from oil and gas production gets converted into sulphuric acid, which is a core chemical for manufacturing phosphatic fertilisers. While the primary raw material for phosphorus (P) is rock phosphate, this ore cannot be used as fertiliser unless broken down into a water-soluble form for plants to absorb. For that, it has to be reacted with sulphuric acid, which then leads to the production of single super phosphate, di-ammonium phosphate and other P-containing complex fertilisers. India has managed to import adequate quantities of both urea and liquefied natural gas to enable the domestic production of this vital nitrogen-containing fertiliser. The same cannot be said, however, be said about phosphatic and complex fertilisers. Their imports as well as domestic manufacturing have been severely constrained by the global shortage of sulphur that is, in turn, courtesy of the sustained attacks on energy infrastructure in Russia and the Persian Gulf countries.

Overall Analysis

The editorial explains how the ongoing conflicts involving Russia-Ukraine and West Asia are creating a new kind of energy crisis. The author’s central argument is that the problem is no longer limited to the availability or price of crude oil. Attacks on refineries and energy-processing infrastructure are disrupting the supply of refined products and important industrial by-products, creating wider economic consequences.

The opening paragraph uses comparative data and statistics to establish the scale of the crisis. By comparing current Brent crude prices with previous peaks, the author shows that crude oil itself has not reached its historical maximum. However, prices of refined products such as diesel and industrial commodities such as sulphur have increased sharply. This contrast supports the editorial’s main idea: the location and nature of the energy crisis are shifting from oil production to oil processing.

The author then moves from the general energy crisis to sulphur, an important but less visible consequence of disruptions in the energy sector. The writing becomes explanatory and technical. The author explains that sulphur is recovered during oil and natural-gas processing and is subsequently converted into sulphuric acid. This chemical is essential for producing phosphatic fertilisers. The paragraph therefore establishes a chain of cause and effect:

Energy infrastructure attacks → shortage of sulphur → shortage of sulphuric acid → difficulty in producing phosphatic fertilisers → potential pressure on agriculture.

The editorial also makes an important distinction between urea and phosphatic/complex fertilisers in the Indian context. India has been able to secure adequate supplies of urea and LNG, but phosphatic fertilisers face greater constraints because of the shortage of sulphur. This makes the issue relevant not merely to energy security but also to fertiliser availability, agricultural production and food security.

From a language perspective, the editorial combines economic data, technical terminology and explanatory reasoning. Rather than simply stating that geopolitical conflicts are causing problems, it traces their indirect consequences through different stages of the supply chain. The phrase “moving from oilfields to refineries” is particularly effective because it captures the editorial’s entire argument in a simple metaphorical contrast.

Important Vocabulary – 5

1. Unprecedented – never having happened or existed before; extraordinary.
2. Byproduct – a secondary product obtained during the manufacture of another product.
3. Ore – a naturally occurring mineral or rock from which a useful substance can be extracted.
4. Constrained – limited or restricted by circumstances.
5. Sustained – continuing for a long period without stopping or weakening.

Conclusion & Tone

The editorial highlights that energy crises can have consequences far beyond petrol and crude oil prices. Damage to refineries and energy-processing facilities can disrupt the supply of crucial industrial inputs such as sulphur, which can subsequently affect fertiliser production and agriculture.