Cattle Shed Answer |
On 28 February 2026, the war that diplomats had spent two years rehearsing began. American and Israeli aircraft struck Iranian nuclear and missile installations; Iran’s Supreme Leader was killed, and by 2 March the Islamic Revolutionary Guard Corps had formally closed the Strait of Hormuz to merchant traffic, laying mines and warning off shipping. Two Indian-flagged tankers, including the VLCC Sanmar Herald, were turned back under gunfire despite prior clearance.
By mid-March, Brent had crossed $116 a barrel; by April the United States Navy was blockading Iranian ports. Indian Oil Corporation, in a measure without recent precedent, barred its own piped-gas customers from buying domestic LPG cylinders to ration a supply suddenly under stress. This is not a refinery story alone. India imports approximately 87 per cent of the crude oil it consumes, and roughly 48 per cent of those barrels came from the Middle East as recently as last winter.
But the sharper exposure is in the kitchen. Of the 33.15 million tonnes of liquefied petroleum gas India consumed in 2025, about 60 per cent was imported, and about 90 per cent of those imports originated from the Middle East. Every cylinder in every village queue is a longer logistical chain than the refinery feedstock the country has spent two decades worrying about. The fragility is structural; it is not subject to grand-bargain diplomacy; and it will be exposed each time the Persian Gulf catches fever.
The argument that follows is that India already owns the largest under-deployed civilian energy resource on earth, in plain view of every village panchayat ~ and that the consequent answer to Hormuz lies less in West Asian capitals than in the cattle sheds of Bardhaman, Beed and Bareilly. The numbers are uncomfortable. Of India’s 535.78 million livestock counted in the 20th Livestock Census of 2019, approximately 302 million are large bovines ~ the world’s largest such herd. NITI Aayog has estimated that the herd produces in the order of three million tonnes of dung every day.
Under the Ministry of New and Renewable Energy’s own technical standards, a kilogram of fresh cow dung yields roughly 0.04 cubic metres of biogas, and about thirty cubic metres of that gas carries the calorific equivalent of a single 14.2-kilogram LPG cylinder. The arithmetic produces a number so large that the policy mind, on first encountering it, tends to discard it as........