Blast furnaces play a significant role in the production of iron and steel, but they also contribute heavily to greenhouse gas emissions. In the past, the industry relied on trial and error to optimize blast furnace operations, leading to high carbon emissions. Eugenie’s digital twins can optimize fuel usage, reduces coke consumption, and minimizes hot metal production - all of which help to cut down on emissions and create a more sustainable manufacturing process.

Traditionally, steel makers have had to rely on physical testing and experimentation to optimize their processes. This can be time-consuming, expensive, and often results in significant waste. With Eugenie's digital twins, steel makers can conduct virtual testing and optimization, allowing them to identify the most efficient and sustainable processes without the need for physical experimentation.

With Eugenie's digital twins, steelmakers can simulate, analyze, and optimize operational scenarios before investing time and resources in new processes. Digital twins provide a comprehensive, real-time view of the entire steel making process, allowing steel makers to identify areas where they can reduce emissions and optimize operations