India's Coking Coal Dependency: The West Asia War Freight Shock, What It Costs Steel, and Why DRI-EAF Is the Structural Hedge
India imports roughly 60 to 65 million tonnes of coking coal each year, covering 90 percent of the country's metallurgical coal needs. The ongoing Q3 2026 West Asian maritime disruptions, heavily impacting the Red Sea and tightening global shipping lanes, demonstrate the vulnerability of this supply chain. With EU CBAM penalties already live, steelmakers face compounding risks. Shifting to natural gas-based DRI-EAF setups removes coking coal entirely, substituting a gas exposure that is more diversified and features a critical domestic supply option.
Key Takeaways
- India has extremely limited domestic coking coal of blast furnace quality. Its main reserves in Jharkhand are estimated at roughly 5 to 8 million tonnes per year of washed production. Industry and government estimates put India's import dependency for coking coal at around 90 percent. Imports (60–65 MMT in 2025) are sourced mainly from Australia, followed by the USA, Canada, Russia, and smaller volumes from Mozambique.
- The severe West Asia War escalation that intensified in early 2026 caused carriers to suspend or reroute Suez-transiting services via the Cape of Good Hope, adding 10 to 15 days of voyage time on affected routes. This ongoing disruption caused tighter global vessel availability, higher war risk premiums, and elevated bunker fuel costs, indirectly stressing even non-Suez routes like Australia-India.
- Coking coal prices are highly volatile. Benchmark reports put premium hard coking coal FOB Australia in the $210 to $240 per tonne range during early 2026, shifting constantly with Chinese domestic supply, restocking cycles, and conflict sentiment.
- Coking coal is consistently the largest variable raw material cost component in traditional steelmaking. With the definitive phase of the EU CBAM actively levying border taxes on embedded carbon in 2026, the combined pressure of volatile coal prices and carbon compliance is compressing margins for BF-BOF exporters.
- Natural gas DRI-EAF setups offer a genuine diversification benefit. India has domestic gas production (e.g., KG D6) alongside LNG imports from a broader set of countries than coking coal's supplier base. While LNG is also globally traded and affected by regional tensions (like Qatari exports), it is a more diversified exposure than relying almost entirely on imported coal.
- India's steel industry has pursued coking coal supply diversification for years, including long-term agreements across continents and blending Indonesian semi-hard coking coal. However, a structural shift to natural gas (and eventually hydrogen) DRI changes the fundamental nature of the commodity exposure rather than simply managing concentration risk.
Analysis, strategic interpretation
Coking coal's dominance of India's blast furnace steelmaking cost structure predates the West Asia War by decades. However, the ongoing 2026 shipping crisis adds a severe layer of cost uncertainty. This happens through tighter vessel availability, higher war risk insurance, and elevated bunker fuel costs across the wider region, even where the direct Australia-to-India coal route does not itself transit Suez or Hormuz. For Indian steel CFOs currently navigating the live EU CBAM financial penalties, the war adds a second, largely independent source of cost pressure.
The durable lesson from the 2026 supply chain shock is that coking coal costs move sharply in response to events with no connection to actual steel demand. Indian producers have relatively few deep, liquid, long-dated hedging options for this exposure given near-total reliance on imports. Natural gas DRI-EAF offers a more diversified set of hedging options. These include domestic gas production, longer-term LNG contracting structures, and the medium-term option to substitute green hydrogen from captive renewables. This is a critical reason to weight the DRI-EAF route heavily in long-term CapEx planning.
BF-BOF Feedstock Risk Profile
DRI-EAF Feedstock Risk Profile
The supply diversification efforts and their limits
| Source Country | Directional Role | Shipping Route Exposure | Long Term Reliability |
|---|---|---|---|
| Australia | Largest single source (majority share) | Indian Ocean route, affected by wider vessel market tightness. | Stable, established supplier, but highly concentrated. |
| USA (Appalachian) | Meaningful and growing minority share | Longer Atlantic/Pacific routing, lower direct West Asia War exposure. | Competitive on quality, exposed to US export logistics. |
| Canada | Smaller minority share | Pacific routing, limited direct Suez exposure. | Long-term supply relationships, reliable quality. |
| Mozambique | Smaller, growing share | Direct Indian Ocean route. | Production still scaling, infrastructure constraints. |
| Russia | Smaller share, used opportunistically | Direct Indian Ocean and Bay of Bengal routing. | Sanctions and counterparty risk, variable quality. |
Why India's domestic coking coal development is not a near term substitute for imports.
India's Jharia coalfield holds the country's principal coking coal reserves, but the remaining higher-grade seams are deep, prone to methane risk, and located in areas where long-running underground mine fires have damaged surface infrastructure. Domestic washed coking coal production is generally cited in the range of 5 to 8 million tonnes a year—a modest blending contribution against import volumes several multiples larger. Treating Jharia as a near-term substitute for imported coking coal is not a realistic planning assumption for industrial capital investment horizons.
Frequently Asked Questions
Can Indian steel companies lock in coking coal prices to avoid freight and commodity volatility?
Only partially. Large Indian steel producers typically combine long-term supply agreements with overseas suppliers alongside spot purchases. However, contracted volumes are commonly repriced against quarterly benchmark indices. This means even long-term contracted tonnage is exposed to market swings roughly every three months. The most durable hedge against coking coal price and supply risk is reducing reliance on it entirely via the DRI-EAF pathway.
At what point does natural gas DRI-EAF become cheaper than traditional blast furnaces?
This crossover depends on prevailing coking coal prices, domestic gas/LNG prices, and the active EU CBAM carbon price. Higher coking coal and freight costs, combined with CBAM penalties for EU-facing production, strongly shift the total cost of ownership in favour of DRI-EAF. Producers modeling this decision must use current, active 2026 market quotes.
Is there any Indian domestic coking coal that can substitute for imports at scale?
Only to a limited extent. India produces roughly 5 to 8 million tonnes a year of domestic washed coking coal, compared to roughly 60-65 million tonnes imported. Domestic coal tends to be lower quality and is used for blending rather than direct substitution. Closing this gap domestically is not realistic within a 10- to 15-year horizon, making alternative production routes a structural necessity.
Sources
- Ministry of Coal, Government of India — coking coal production and import data
- Ministry of Steel, Government of India — raw material profile of the Indian steel industry
- Market Data — BigMint, Argus Media, and S&P Global Platts (coking coal trade flows and benchmark pricing)
- Bharat Coking Coal Ltd (BCCL) — Jharia coalfield development and fire mitigation status