West Asia War 2026: Impact on India’s Steel, Aluminium, Fertilisers, Power and Freight Sectors | Reclimatize.in
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Breaking Analysis · April 2026The West Asia War and India’s Industrial Economy: Sector-by-Sector Impact Assessment Across Fertilisers, Steel, Aluminium, Power and Carbon Markets, and Freight Electrification
On February 28, 2026, joint US-Israel military strikes on Iran — including the killing of Supreme Leader Ali Khamenei — triggered a conflict that has since effectively closed the Strait of Hormuz to civilian shipping. Ship transits through the world’s most critical energy chokepoint fell from 200 to 300 per week to essentially one. Brent crude surged from approximately $69 per barrel in February to $114 per barrel on average through March, with Dubai crude touching a record $166 on March 19. India’s crude oil basket jumped approximately 40% from January levels, reaching approximately $118 per barrel. Qatar halted LNG exports on March 4 after its facilities came under attack. LPG tanker transits through Hormuz fell 94%. Approximately 45,000 Indian containers were stranded in transit, with emergency freight surcharges of $2,000 to $4,000 per container applied by carriers. The Department of Economic Affairs described India’s economic outlook as “more uncertain” in its Monthly Economic Review for March 2026, with Chief Economic Adviser V. Anantha Nageswaran warning that the combined impact on growth, inflation, fiscal balances, and external accounts “is likely to be significant.” Reclimatize tracks five industrial sectors that lie at the intersection of India’s decarbonisation journey and its geopolitical exposure. Each has been impacted differently. This article provides a detailed, ground-level assessment of what the West Asia war means for fertilisers, steel, aluminium, power and carbon markets, and freight electrification.
The Strait of Hormuz crisis that began February 28, 2026 is the most severe disruption to global energy shipping since the 1970s oil shock. India, which sources approximately 54% of crude oil and 60% of LNG through Hormuz routes — including virtually all of its LPG imports — faces the full weight of that exposure. Russia’s crude (35–40% of India’s total imports, routed via Suez and Cape of Good Hope) provides partial insulation, but does nothing to offset the gas and fertiliser supply disruption.
Fertilisers are the sector facing the most acute near-term industrial and food security crisis. India’s domestic urea production — which meets 80–85% of demand — depends almost entirely on imported natural gas, with 86% of that LNG sourced from West Asia. Qatar halted LNG exports on March 4. Urea prices globally surged 30–40%. The government fast-tracked imports of 13.5 lakh tonnes of urea, placed the fertiliser sector on priority gas allocation (minimum 70% of previous six-month average from March 10), and is managing the situation through strategic reserves. But the Kharif season is at the door, and a potential poor monsoon (SkyMet: 60% probability) amplifies the stakes.
Steel and aluminium are experiencing differentiated impacts. Primary aluminium smelters — running on coal CPPs — are substantially insulated from the gas shock, but MSME downstream processors (extrusion, fabrication, annealing) that use LPG and PNG for furnace operations are facing production cuts as Gujarat Gas cut industrial gas supply by 50% in March. Steel’s gas-dependent operations (seamless pipes, LPG-fired annealing) face cost pressure, while freight costs across all steel trade routes have risen approximately 40%, with emergency surcharges of $2,000–4,000 per container applied by carriers.
The power sector faces a moderate but manageable impact in the near term. India’s gas-fired power capacity (~25 GW) is already significantly underutilised, and supply cuts up to 40% for industrial LNG customers have been implemented. Critically, India’s 266 GW of installed renewable capacity — which crossed 51% of total installed power capacity as of February 2026 — is entirely insulated from the Hormuz disruption, reinforcing the investment case for accelerating the renewable transition. The IEEFA has explicitly noted that the war “opens the renewable energy pathway” as a durable energy security imperative.
The freight disruption is simultaneously a crisis and a structural argument. Approximately 45,000 Indian containers are stranded, freight costs have spiked three to five times on key routes, and rerouting via the Cape of Good Hope adds 10 to 14 days to Europe-India transit times. Indian Railways — at 80% electrification — is completely insulated from bunker fuel cost surges and is now offering a measurable cost advantage over road and maritime alternatives. Every disruption of this magnitude strengthens the structural case for electrifying India’s freight network that Reclimatize tracks as its fifth sector.
The conflict — what happened and when
Conflict escalates. Joint US-Israel military strikes on Iran commence, including the killing of Supreme Leader Ali Khamenei. Iran’s IRGC declares the Strait of Hormuz closed to civilian shipping and begins attacking merchant vessels. 21 confirmed attacks on merchant ships by March 12. Ship transits collapse from 200–300 per week to effectively one.
Qatar halts LNG exports. QatarEnergy suspends LNG production after its facilities come under attack. India, which depends on Qatar for a significant share of its long-term contracted LNG, faces supply cuts of up to 40% for industrial and CGD customers. Spot LNG prices spike to $30/mBtu — three times the contracted rate. India’s four naval escorts are deployed to protect Indian-flagged LNG tankers.
Industry shock hits. Business Standard reports 45,000 Indian containers stranded; emergency freight surcharges of $2,000–4,000 applied by carriers. Gujarat Gas cuts industrial gas supply by 50%. ~100 ceramic units in Morbi shut down. Adani Total Gas nearly triples industrial gas prices. BigMint Research warns on simultaneous crude, LNG, and freight cost transmission to steel markets.
Government response activates. Fertiliser sector placed on priority gas allocation — minimum 70% of six-month average consumption. PM Modi chairs Cabinet Committee on Security. Government fast-tracks 13.5 lakh tonnes of urea imports. Essential Commodities Act invoked for LPG priority allocation. LPG prices raised by Rs 60/cylinder (domestic) and Rs 114.5/cylinder (commercial).
US military campaign to open the strait begins. Dubai crude reaches $166/barrel — a record. US begins naval operations to clear the strait. Iran sets up alternative shipping channel north of Larak Island; one ship reportedly paid $2 million to use it. Malaysian and Pakistani vessels subsequently allowed passage.
DEA Monthly Review flags “significant” impact. Chief Economic Adviser Nageswaran states the combined impact on India’s growth, inflation, fiscal, and external balances “is likely to be significant.” High-frequency indicators for March 2026 show initial moderation of economic activity. Brent remains at approximately $114/barrel. Negotiations have not produced a ceasefire.
This analysis. The Strait of Hormuz remains partially disrupted. India has evacuated 5.98 lakh citizens from the conflict zone. 18 Indian-flagged vessels with 485 seafarers remain in the western Persian Gulf. The economic transmission is ongoing across all five sectors tracked by Reclimatize.
Fertilisers are the sector where the West Asia conflict lands with the greatest structural force on India’s industrial economy. The connection is direct and the pathway is short: approximately 86% of the LNG required to run India’s domestic urea plants was sourced from West Asia, primarily Qatar. When Qatar halted LNG exports on March 4 after its facilities came under attack, it cut the primary energy feedstock for India’s most critical agricultural input. Urea accounts for over half of India’s fertiliser consumption. Approximately 80 to 85% of urea is manufactured domestically — but this domestic production depends almost entirely on imported natural gas. The domestic self-sufficiency story unravels the moment the gas supply is disrupted.
The global market reacted immediately. Urea prices surged 30 to 40% in the initial weeks of the conflict, with one market data provider recording a 21% jump in the very first week — the highest level in three years. This price spike matters for India not just as a cost signal but as an import feasibility question: India imports approximately 25% of its urea requirement, and the same shipping disruption that cut domestic LNG supply also raised the cost and difficulty of procuring imported urea. The Strait of Hormuz handles approximately 25 to 35% of the world’s ammonia and urea trade in normal times — meaning both domestic production and import alternatives were simultaneously squeezed.
The sulphur dimension adds a second supply shock. Approximately 65.8% of India’s sulphur imports come from West Asia. Sulphur is a critical feedstock for sulphuric acid, which in turn is essential for producing phosphatic fertilisers — diammonium phosphate (DAP) and mono-ammonium phosphate (MAP). Sulphur and sulphuric acid prices had already risen approximately 80% year-on-year before the conflict; the Hormuz closure accelerated the squeeze on phosphatic fertiliser production at a time when kharif sowing season was approaching.
Government response and current stock position
The government’s response has been rapid and multi-layered. By March 10, the fertiliser sector was placed on the priority gas allocation list — plants are to receive at least 70% of their average natural gas consumption over the previous six months. The government fast-tracked imports of 13.5 lakh tonnes of urea and built strategic reserves. As of March 10, urea stocks stood at approximately 6 million tonnes — higher than the 5 million tonnes at the same point last year, providing a buffer for the early kharif season.
SkyMet has assigned a 60% probability of a poor monsoon in 2026. A poor monsoon would reduce demand in some areas but simultaneously strain the agricultural system in ways that make any fertiliser supply shortfall more consequential, not less. The combination of a disrupted fertiliser supply chain ahead of kharif and a potentially weak monsoon represents the sharpest downside risk to India’s agricultural output in several years. The government’s subsidy buffer — Rs 1.71 lakh crore allocated for FY27 against Rs 1.86 lakh crore in the revised FY26 estimate — will absorb some of the global price shock for farmers, but a prolonged conflict could strain fiscal balances even with subsidy protection in place. Unlike crude oil, for which India maintains strategic petroleum reserves, there is no equivalent global strategic reserve for nitrogen fertilisers.
The Fertiliser Association of India has urged the government to provide financial relief to urea producers impacted by gas supply disruptions, warning of production shortfalls and packaging material shortages. In the past, India’s urea manufacturers could operate on both naphtha and natural gas. The industry shifted entirely to gas to reduce costs — leaving no fallback fuel if gas supply is disrupted. This inflexibility is now a structural vulnerability that the current crisis has exposed with full clarity.
India’s steel sector enters the West Asia shock from a position of underlying strength: domestic production crossed 140 MMT in 2024, finished steel exports rose 36.6% year-on-year to 6.02 million tonnes in April–February FY26, and the DEA’s March 2026 review specifically cited “strong growth in steel production” as evidence of pre-conflict domestic resilience. That resilience does not, however, insulate the sector from the multi-channel cost transmission now underway.
The most immediate channel is freight. Bigmint Research flagged freight cost increases of approximately 40% on West Asia-related disruptions. Emergency surcharges of $2,000 to $4,000 per container applied by carriers within days of the conflict escalation have effectively tripled to quintupled the total per-container cost on key routes. Cape of Good Hope rerouting — for shipments to and from Europe — adds 10 to 14 days of transit time and commensurately higher bunker fuel costs. India’s steel exporters face delayed deliveries, higher logistics costs, and demurrage charges on stranded containers, all of which compress the commercial attractiveness of export transactions signed before the conflict.
Gas-dependent operations under cost pressure
Within the steel value chain, the impact is heavily differentiated by production route and process. Electric arc furnace (EAF) steel production — which relies on electricity rather than gas or LPG — is substantially insulated from the gas supply shock. Domestic demand for EAF output continues unaffected. The operations most exposed are those that use natural gas or LPG in the production process: seamless pipe and tube manufacturers (where LPG is essential for furnace heating); annealing lines at cold-rolled and galvanised steel facilities; and heat treatment furnaces for specialty steel products. These operations face both gas supply cuts (in areas served by city gas distribution) and significantly higher input costs where gas is available at spot prices.
A second channel is coking coal. An extended conflict and rerouting of global shipping could progressively tighten coking coal supply from major origins — Australia, Russia, the US — as vessel availability and routing economics are disrupted. BigMint has flagged this as a watch item, noting that simultaneous cost pressure on crude oil, LNG, and freight creates a compounding margin squeeze for steel producers. Any increase in coking coal prices would be most keenly felt by the BF-BOF integrated mills that dominate India’s steel output.
India’s emerging NG-DRI-EAF route — the transitional step toward hydrogen-based green steel — depends on natural gas as the primary reducing agent. The gas supply disruption places the economics of this intermediate route under strain precisely at the moment when several major investments in NG-DRI capacity are being commissioned or planned. The medium-term lesson is that H₂-DRI — which replaces natural gas with domestically producible green hydrogen — offers not just a climate advantage but an energy security advantage that the current crisis has made viscerally apparent. The argument for accelerating the green hydrogen pathway in India’s steel sector has acquired a geopolitical dimension it lacked before February 2026.
India’s aluminium sector presents a split picture that matters for understanding the West Asia shock’s industrial impact. Primary aluminium smelters — Vedanta, Hindalco, NALCO, BALCO — operate on coal-fired captive power plants and are therefore substantially insulated from the LNG and LPG supply shock. Their electricity source does not pass through the Strait of Hormuz. Their production cost is rising at the margin through higher coal prices (as global coal demand rises to substitute for unavailable gas) and higher freight costs for imported raw materials and exported metal, but these are manageable cost pressures rather than existential threats to output.
The downstream MSME aluminium sector tells a very different story. Aluminium extrusion plants, fabrication shops, annealing operations, and re-melting furnaces predominantly use LPG or pipeline natural gas (PNG) for heating and process purposes. These are precisely the fuels facing the most acute supply disruption. Gujarat Gas — which serves many of Gujarat’s industrial clusters — cut daily gas supply volumes to industrial customers by 50% in March 2026. Adani Total Gas, one of India’s largest city gas distribution operators, nearly tripled gas prices for large industrial consumers after its contracted Qatari LNG supply was disrupted. Hindalco, which did also confirm some operational intimations from its extrusion division, quickly clarified this was routine — but the underlying cost and supply pressure on LPG/PNG-dependent downstream processors is real and documented.
The broader downstream aluminium ecosystem — including the ceramics cluster at Morbi in Gujarat, which uses propane extensively for kiln firing — has experienced visible shutdowns: approximately 100 units closed by early March, with industry representatives warning that another 400 could halt if propane supplies did not normalise. While ceramics is not aluminium, it shares the same LPG/propane distribution infrastructure, and the disruption illustrates the structural exposure of India’s gas-dependent industrial MSME base.
For India’s primary aluminium smelters, the West Asia conflict reinforces the argument for renewable electricity that Reclimatize has consistently mapped. Coal CPP operations are insulated from today’s Hormuz shock — but coal prices are rising as global demand shifts to coal as a gas substitute. The long-run energy security argument for smelters is identical to the CBAM competitiveness argument and the CCTS compliance argument: renewable electricity from domestic solar and wind, procured under green open access, eliminates the exposure to any fossil fuel price shock. The war has given the renewable transition an energy security dimension that makes the financial case even more compelling than the carbon compliance case alone.
India’s power sector impact from the West Asia conflict is moderate and structurally asymmetric: the gas-fired segment is under stress, the coal segment faces rising input costs, and the renewable segment — which has crossed 51% of total installed capacity — is entirely insulated. This asymmetry is the most vivid real-time demonstration of the energy security case for India’s renewable transition.
India’s gas-fired power capacity of approximately 25 GW has for years been significantly underutilised due to expensive and unreliable gas supply — a structural problem that long predates the current conflict. The Hormuz closure has acutely worsened this situation. With LNG supply cuts of up to 40% for industrial customers, and spot LNG prices hitting $30/mBtu (three times contracted rates), gas power plants that were already running below capacity are now facing the prospect of fuel unavailability rather than merely fuel unaffordability. India’s eight LNG import terminals had storage at approximately 30% of capacity as of early March — an industry executive warned that any further drawdown without fresh supply could risk pressure issues in gas pipeline networks.
The government has prioritised domestic pipeline natural gas (PNG) and CNG for household and transport use — protecting India’s 1.64 crore domestic PNG connections and the CNG vehicle fleet. Industrial gas consumers, including some gas-peaker power plants, face supply reallocation. The priority allocation framework established on March 10 — which placed fertilisers at the top of the gas priority list — effectively means power sector gas users are competing with India’s most politically sensitive agricultural input for a constrained supply pool.
Carbon markets and the CCTS signal
India’s CCTS compliance mechanism — which is moving toward its first active trading phase — is not directly disrupted by the Hormuz crisis. The GEI targets for FY 2025-26 remain in force, and the MRV and verification processes continue on their established timeline. However, the conflict has materially changed the economic context in which CCTS compliance decisions are being made. Higher LNG prices make gas-fired heat and power more expensive relative to renewable alternatives, improving the economics of renewable-based decarbonisation investments that generate CCC surpluses. Higher coal prices reinforce the direction. The fossil fuel price shock created by the Hormuz crisis — though it will eventually normalise — has given every CCTS-obligated entity a real-time demonstration of why decarbonisation and energy security point in the same direction.
The Institute for Energy Economics and Financial Analysis (IEEFA) has drawn the explicit policy conclusion from the conflict: India must accelerate its shift to domestically produced electricity, increasingly powered by renewables, to reduce its vulnerability to exactly this kind of disruption. India’s solar capacity has grown approximately 50-fold over the past decade — from 3 GW in 2014 to approximately 143 GW as of February 2026. Battery energy storage capacity is expected to jump approximately tenfold to around 5 GWh in 2026. The case for continuing this trajectory is now simultaneously a climate argument, a CBAM competitiveness argument, a CCTS compliance argument, and — as this crisis has made clear — a national energy security argument. Every GWh of renewable generation that displaces LNG or LPG removes a unit of exposure to the next Hormuz disruption, whatever form it takes.
The West Asia conflict has delivered the freight electrification sector its most powerful real-world stress test and its most compelling advocacy moment simultaneously. Conventional freight — relying on diesel trucking, LPG/LNG-fuelled vessels, and marine bunker fuel for international shipping — is facing the full force of the Hormuz disruption. Electric freight — including India’s approximately 80%-electrified railway network — is entirely insulated.
The scale of the conventional freight disruption is significant. Approximately 45,000 Indian containers are stranded in transit or at international ports, with export cargo worth approximately $1 to $1.5 billion under clouds of rerouting or return. Emergency surcharges of $2,000 to $4,000 per container have been imposed by leading carriers within days of the Hormuz escalation — on top of existing base rates of $800 to $1,500 per container. This has tripled to quintupled total per-container costs on key routes. War risk insurance premiums for vessels operating in the Gulf have in some cases surged by over 1,000%, with many insurers withdrawing cover entirely.
Cape of Good Hope rerouting — now the default for Europe-India cargo that would normally use the Suez Canal and potentially Gulf waters — adds approximately 10 to 14 days of transit time and significantly higher bunker fuel costs per voyage. This is not only a logistics cost but a working capital and inventory management challenge for every industrial exporter. Steel exporters face delayed deliveries. Fertiliser importers face delayed arrivals ahead of the kharif season. Aluminium exporters face higher costs on EU shipments, compounding the CBAM exposure that already makes their competitive position challenging.
Indian Railways and the electric freight advantage
Indian Railways — with approximately 80% of its network electrified — is operating entirely on domestic electricity while diesel road freight faces surging diesel prices and international maritime freight faces the full Hormuz shock. The Dedicated Freight Corridors (Eastern and Western), which have been progressively commissioned and are now running electric freight locomotives, are offering modal shift economics that are considerably more attractive than they were before February 2026. The energy cost gap between electric rail freight and diesel road or marine freight has widened dramatically — and will remain wide for as long as the Hormuz disruption persists and oil prices remain elevated.
The war has thus transformed what was previously a medium-term decarbonisation investment thesis into a near-term commercial imperative for industrial users with the option to shift freight to electric rail. Sectors Reclimatize tracks — steel (long-distance movement of raw materials and finished products), aluminium (bauxite and alumina movement from eastern India to smelters), fertilisers (movement of finished fertilisers from port to MSME distribution hubs) — all have significant electrifiable freight movements that benefit from a structural oil price shock of this magnitude.
Chief Economic Adviser V. Anantha Nageswaran explicitly called for leveraging the fallout from the West Asia conflict “to redouble our recent reform efforts to enhance India’s competitiveness and preparedness.” For the five sectors Reclimatize tracks, the message is identical and consistent. Whether viewed through the lens of CCTS compliance, CBAM competitiveness, energy cost management, or national security, the direction is the same: reduce dependence on imported fossil fuels, accelerate domestic renewable electricity deployment, electrify industrial processes wherever viable, and develop domestic supply chains for critical materials like green hydrogen feedstocks and aluminium scrap. The West Asia war has not changed the decarbonisation strategy — it has dramatically raised the urgency and financial justification for every element of it.
Sector comparison — impact channels and resilience levers
| Sector | Primary impact channel | Most exposed sub-segment | Resilience lever | Status |
|---|---|---|---|---|
| Fertilisers | 86% LNG from West Asia; 65.8% sulphur from West Asia; 25% urea import via Hormuz | Domestic urea production; DAP/MAP imports; Kharif season supply chain | Priority gas allocation; strategic stock build; emergency imports; subsidy buffer | Critical — government intervention activated |
| Steel | Freight +40%; gas-dependent operations (seamless pipes, annealing); coking coal risk | Seamless pipe/tube manufacturers; exporters; NG-DRI transition projects | EAF route insulated; domestic demand robust; Russia coal imports unaffected | High — freight and gas cost pressure; exports disrupted |
| Aluminium | LPG/PNG supply cuts 50%; gas prices tripled; freight up 10–15%; rupee –3% | MSME extrusion, fabrication, annealing — all LPG/PNG dependent | Primary smelters on coal CPP insulated; RE transition accelerates economic case | High (MSME) / Low (primary) — bifurcated impact |
| Power and Carbon Markets | LNG supply cuts; coal substitute demand rising; CGD sector under stress | Gas peakers; industrial gas consumers; LNG-dependent power plants | 266 GW renewable entirely insulated; priority PNG/CNG protected; CCTS unaffected | Moderate — renewable investment case dramatically strengthened |
| Freight Electrification | 3–5× container freight cost; 45K containers stranded; bunker fuel surge; Cape rerouting | All conventional maritime and road freight; steel/aluminium/fertiliser logistics | Indian Railways (80% electrified) fully insulated; DFC electric advantage now material | Structural opportunity — electric rail advantage widened dramatically |
Frequently Asked Questions
How dependent is India on the Strait of Hormuz specifically — and what routes are less exposed?
India sources approximately 54% of its crude oil and 60% of its LNG imports via Hormuz. Approximately 90% of LPG imports transit the strait. However, 35 to 40% of India’s crude now comes from Russia via Suez Canal and Cape of Good Hope routes — entirely avoiding Hormuz. US, Brazilian, and West African crude also bypass the strait. The partial insulation from Russian crude is meaningful for oil but offers no relief for gas and fertiliser supply, which is overwhelmingly West Asian and Hormuz-routed. The government has been diversifying LNG sourcing toward the US and Australia for precisely this reason, but contracted Gulf LNG dominates current supply.
Will India’s kharif season be affected by the fertiliser disruption?
The government has maintained that current stocks — approximately 6 million tonnes of urea as of March 10 — are comfortable for the near-term season, and that fast-tracked imports of 13.5 lakh tonnes provide an additional buffer. However, this view carries risk on two fronts. First, a prolonged Hormuz disruption (beyond six to eight weeks) would begin to draw down stocks to critical levels before the full kharif demand peak arrives. Second, sulphur and phosphate fertiliser supply disruption is harder to buffer through strategic reserves — and the 65.8% sulphur import dependence on West Asia means DAP and MAP production remain exposed for as long as the conflict continues.
Does the West Asia conflict have any implications for India’s CCTS compliance timeline?
Not directly — the CCTS GEI targets for FY 2025-26 remain in force, and the MRV, ACVA verification, and BEE registration processes continue on their established schedule. However, the conflict has changed the economics of compliance in two ways. First, gas supply disruptions to industrial facilities may reduce production volumes in FY 2025-26, which affects the denominator of the GEI calculation (lower production could mechanically improve or worsen the GEI ratio depending on whether gas-intensive processes are differentially curtailed). Second, and more importantly, the fossil fuel price spike reinforces the financial case for renewable energy investments that simultaneously improve CCTS GEI, reduce CBAM embedded emissions, and reduce energy input costs. The war has given every CCTS strategy team more financial ammunition for the same investment recommendation.
How long could the economic impact persist even after the conflict de-escalates?
The physical supply disruption will ease relatively quickly once the Strait of Hormuz reopens — typically within weeks of a ceasefire for oil and gas flows. However, several legacy effects persist longer: war risk insurance premiums typically take months to normalise; shipping operators’ routing decisions take time to revert; stranded cargo backlogs create port congestion for weeks; and commodity prices that have spiked on supply fears often maintain elevated levels if demand has also increased globally in response (as with LNG substitution for gas). The structural consequences — accelerated RE investment, diversified LNG sourcing, expanded domestic gas production, faster electrification of freight — will unfold over years regardless of when the conflict itself ends.