Electric‑arc furnace (EAF) capacity growth in Turkey and India has moved from emerging trend to a structural market force in 2026. For commodity traders and market‑makers, that shift matters: it alters seaborne scrap flows, changes hot‑rolled coil (HRC) import demand, compresses or widens domestic scrap‑to‑HRC margins, and creates new arbitrage and hedging requirements across regions.

Why EAF growth now matters to traders

EAFs use recycled steel (scrap) rather than blast‑furnace raw materials. Two developments have amplified their trading impact this year:

  • Rapid capacity additions. Both Turkey and India have accelerated EAF projects — ranging from brownfield EAF conversions to greenfield mills — driven by lower capital intensity, faster build times and policy incentives for lower‑carbon steelmaking.
  • Energy and emissions economics. With electricity price dynamics and corporate decarbonization commitments, EAFs that can access low‑cost, flexible power (including renewables and contracted battery storage) gain a durable cost advantage over integrated mills. Traders see this as a permanent demand shift for scrap, not a transient substitution.

Market consequences at a glance

  • Higher regional demand for HMS 1 & 2 and shredded scrap, especially in Mediterranean and Indian ports.
  • Greater price dispersion between premium shredded scrap and lower‑quality baled scrap; quality arbitrage becomes more profitable.
  • Reduced sensitivity of HRC import flows to coking coal and slab prices — EAF mills displace some slab and HRC imports — altering traditional spread relationships.
  • New logistics constraints: port yard congestion, containerized vs bulk scrap handling, and inland collection bottlenecks affect delivered prices and risk.

How flows are changing: practical observations

Trade desks are reporting three clear flow changes that warrant strategic attention:

  1. Shifting seaborne scrap hubs. The Mediterranean, historically a major scrap import corridor for Turkey, remains central — but volumes and timing are now more volatile as Turkish EAF utilization cycles with electricity and scrap collection availability. India is ramping both imports and domestic collection infrastructure, pulling incremental flows eastward.
  2. Quality and grade arbitrage. EAFs prefer shredded and pre‑processed scrap for furnace efficiency. That raises premiums for shredded grades and increases the spread versus HMS baled material. Traders who can source, process or finance pre‑processing can capture outsized margins.
  3. Contract structuring shifts. Shorter tenor contracts, index‑linked pricing (to publicly quoted scrap indices or local premiums), and clauses for power‑related shutdowns are becoming standard for counterparties supplying scrap to EAF mills.

Trading implications and strategies

The structural change opens concrete trading playbooks. Below are primary strategies with execution considerations.

1. Location arbitrage: Mediterranean vs South Asia

With Turkey acting as a swing buyer and India an expanding importer, traders can play freight and timing. Key variables to monitor: port yard stocks, voyage charter rates, bunker fuel spreads and local scrap collection seasons. Execution notes:

  • Lock freight early when yard stocks in key Turkish ports are falling and Indian ports show buildup — seaborne ballast trips can flip value quickly.
  • Overlay short‑term options on freight to protect against sudden rerouting when a large Turkish tender is released.

2. Grade arbitrage and value‑added positioning

Invest in pre‑processing (shredding, separation) or partner with processors to capture the premium for furnace‑ready scrap. This requires capex or reliable offtake agreements but reduces exposure to low‑grade HMS price volatility.

3. Scrap‑to‑HRC basis trades

As EAFs gain share, the traditional correlation between HRC futures and slab/coking coal weakens. Traders can implement spread trades: long physical scrap and short HRC futures (or vice versa) depending on expected EAF utilization and import activity. Risk factors include electricity price swings and sudden policy moves on scrap exports.

4. Forward offtakes with index linkage

Use index‑linked forwards tied to transparent local scrap indices and include power‑availability force majeure language for EAF counterparty exposure. This reduces basis risk versus fixed‑price contracts when raw material and energy cost drivers diverge.

Risk management: what to watch

Successful traders will widen their risk‑monitoring beyond conventional steel indicators. Critical watchlist items:

  • Port yard inventories and loading schedules. Weekly yard inspections from brokers and satellite imagery can preempt shifts in buying intensity.
  • EAF utilization and planned outages. EAFs are more sensitive to power constraints; meter‑level curtailments or grid incidents cause rapid demand shifts.
  • Scrap collection dynamics. Local policy on scrap export permits, urban collection reforms, or incentives for domestic recycling affect supply elasticity.
  • Freight and container availability. Bunching of tenders can spike charter rates and erode arbitrage profits; containerized scrap flows (for certain shredded grades) have distinct logistics profiles.
  • Regulatory moves. Tariff or anti‑dumping actions on HRC and slab imports remain possible responses by integrated producers and can change trade flows overnight.

Scenario planning: three plausible 12‑month outcomes

Traders should plan for multiple outcomes and tailor hedges accordingly.

  1. Base case — continued EAF expansion with manageable scrap tightness. Shredded scrap premiums remain stable; traders focus on pre‑processing and forward offtakes. Use modest long scrap positions with freight hedges.
  2. Bullish scrap — acute collection and logistics bottlenecks. Premiums for shredded material spike; short HRC/long scrap spreads widen. Preferred trades: secured pre‑processed volumes, buy options to cap replacement cost, and freight capacity commitments.
  3. Bearish scrap — slowing EAF utilization due to power cuts or policy tightening. Scrap prices soften; HRC imports recover. Protect positions with bought put options on scrap or short physical inventory, and reassess credit lines tied to long physical exposure.

Practical checklist for trading desks

  • Integrate EAF utilization and local electricity price feeds into risk models.
  • Establish relationships with pre‑processors and port agents to secure high‑quality shredded material.
  • Use short‑tenor, index‑linked contracts with clear quality and delivery windows.
  • Maintain freight and laytime hedges; monitor charter market tightness weekly.
  • Stress‑test balance sheets for sudden basis moves between scrap grades and HRC.

Conclusion

The EAF build‑out in Turkey and India is not merely an operational change for steelmakers; it is a structural reallocation of raw‑material demand that ripples across seaborne scrap markets, freight, and finished steel pricing. Traders who adapt — by focusing on grade quality, logistics, and energy‑sensitivity — can find new arbitrage and hedging opportunities. The immediate advantage goes to desks that combine fast, localized market intelligence (yard inventories, EAF utilization, power supply signals) with flexible contract structures that reflect the evolving scrap‑to‑HRC economics.

In 2026, the question for commodity traders is less whether EAFs change the market, and more how quickly your desk can incorporate their idiosyncratic signals into trade execution and risk limits.