Aditya Mittal
Analyst · BNP. Please go ahead Seth
Sure. Grant, look, excellent question. I think the timing has been helpful in terms of the Texas acquisition. So if you looked at second quarter EBITDA, it was much higher than the run rate I have spoken about. Actually, second quarter EBITDA was $84 million for this asset. So clearly, when you look at metallic values and what’s happening in terms of scrap, there has been a depreciation of that value relative to, I guess, iron ore costs. Energy prices also remain elevated. U.S. energy is attractive relative to global energy. So there are certain trends which are supporting that acquisition. But I think the key has been to achieve nameplate and design capacity because when an asset is not at nameplate design capacity, it’s very difficult to make adequate returns. The team there has done a great job. Clearly, we’ve had a lot of interaction as we did the due diligence on what are the areas that we need to focus on. But I would give credit to the team down there on achieving nameplate capacity. And we will continue to drive improvement because, as you know, we are the world’s largest producer of DRI in the world. So, we have a lot of expertise and knowledge in this area, and we will bring that to bear. And if the megatrends we don’t see materialize in terms of metallic pricing or gas value, then you have a normalized EBITDA. So far, we are run rating at higher levels than that, but that is the base case on a normalized spread level. I would just add that we also own 100% of future expansion in that facility, because the [indiscernible] ownership is on the existing plant, the existing HBI plant. The rest of the land, the port, there's a lot of land there belongs to ArcelorMittal. In terms of CSP and decarb, look, I think you asked a very good question. So when you have low-cost hydrogen available, I think there are two things that we could do theoretically. The first is we could install a new DRI + EAF facility hydrogen-based to take full advantage of the metal shop capacity, which, as I mentioned earlier, is around 6 million tonnes. And we could look at the existing blast furnace and see what we can do in terms of Smart Carbon capability to decarbonize. I think you alluded to an idea of using hydrogen in the blast furnace. That's still a design – that's still an R&D project. Companies are experimenting with that. So if that comes to fruition, then that becomes a very natural segue to decarbonize blast furnace. So you could do something in terms of Smart Carbon to the existing asset, and you could also build a new asset which would be on the DRI + EAF. So in a combined basis, we think it's an interesting place to be where you have access to these low-cost hydrogen. I mean, when we look at the global cost curve of hydrogen, clearly, the Northeast of Brazil stands out. And you can dovetail that with a steelmaking asset, which is well invested and create a low cost, low carbon steel making hub.