CRT turns Green steel into emission free power house.

Green steel is usually framed as an emissions problem. But there’s a much bigger opportunity hiding in plain sight. Most decarbonisation pathways implicitly assume that steelmaking must become more intermittent, more electricity-dependent, and less aligned with how BF–BOF plants actually operate. CRT takes a different view. By closing the carbon loop, BF–BOF steelmaking can be decarbonised without giving up continuous operation. Process CO₂ is recycled back into fuel, allowing the plant to retain baseload characteristics rather than becoming a stop-start electricity consumer. The under-discussed outcome is this: A green steel plant can also function as a continuous, zero-emission baseload power asset. That changes the economics. Energy shifts from being a pure cost into an additional source of value. Uptime is preserved. Existing assets are upgraded rather than stranded. And green steel stops being just a compliance exercise — it becomes industrial infrastructure that produces both materials and firm power. In a world losing coal baseload while demand keeps rising, that system-level framing matters. Decarbonisation works best when it strengthens the energy system, not when it quietly depends on it. Green steel doesn’t have to be just low-carbon steel. It can be baseload industrial infrastructure.