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Steel · Financing

Green Steel Financing Now Rivals Traditional Steel Capital Needs

Converting a BF-BOF plant to EAF or hydrogen-based direct reduction is a genuine capital project, and financing it is reshaping steel industry investment.

Steel’s financing landscape has a genuinely new variable layered onto traditional mine and mill investment: converting from the BF-BOF route to EAF or newer hydrogen-based direct reduction, covered on this material’s mining page, is itself a capital project with its own NPV calculation.

NPV=∑t=1TCFt(1+r)t−C0NPV = \sum_{t=1}^{T} \frac{CF_t}{(1+r)^{t}} - C_0
The same net present value test introduced on cobalt's and copper's financing pages. For a green steel conversion project, CFt increasingly includes carbon pricing and green-premium revenue assumptions that did not exist in a traditional steel mill's financing case even a decade ago.
New variable
Carbon pricing and green premiums
now inside CFt for new projects
EAF conversion
A real, financeable capital project
not just an operating change

Why scrap availability affects the financing case directly

An EAF plant’s ongoing economics depend on steady scrap steel supply, covered on this material’s mining page, so financiers increasingly evaluate scrap supply contracts and regional scrap market depth as part of a conversion project’s risk profile, a real, specific due-diligence item that did not matter the same way for a traditional BF-BOF investment.

Sources: green steel financing and carbon pricing mechanisms are widely reported in industry and policy press (worldsteel, IEA); NPV is a standard corporate finance and industrial project evaluation tool.