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Process Data set: Ironmaking ; hot metal ; blast-furnace ironmaking ; sinter/pellets/lump ore/scrap (en) en zh

Key Data Set Information
Location CN
Geographical representativeness description Z7工厂同一名称的工艺过程
Reference year 2006
Name
Ironmaking ; hot metal ; blast-furnace ironmaking ; sinter/pellets/lump ore/scrap
Use advice for data set When utilizing this data set, users should ensure that they adequately represent the mixture of feed materials (sinter, pellets, lump ore, and scrap) in accordance with the specific proportions used in the Z7 factory's blast furnace process. It is also crucial to consider any by-products, emissions, or energy use associated with this specific ironmaking process. Attention should be paid to any updates in the technological applicability of the process that could affect the environmental profile, such as advancements in furnace efficiency or the integration of low-carbon technologies.
Technical purpose of product or process The described process is associated with the production of hot metal through blast-furnace ironmaking. This ironmaking process utilizes a mixture of sinter, pellets, lump ore, and scrap as feed materials to produce hot metal, which is a primary raw material used in the steelmaking industry. It is commonly employed in large-scale industrial operations for the manufacture of steel products such as construction materials, automotive components, and industrial machinery.
Classification
Class name : Hierarchy level
  • ILCD: Unit processes / Materials production / Metals and semimetals
General comment on data set The described process is associated with the production of hot metal through blast-furnace ironmaking. This ironmaking process utilizes a mixture of sinter, pellets, lump ore, and scrap as feed materials to produce hot metal, which is a primary raw material used in the steelmaking industry. It is commonly employed in large-scale industrial operations for the manufacture of steel products such as construction materials, automotive components, and industrial machinery.
Copyright No
Owner of data set
Quantitative reference
Reference flow(s)
  • - 1.2256 * 1.0 kg (Mass)