The sintering process, as a primary modus of the blast furnace ironmaking industry, has
enormous economic value and environmental protection significance for the iron and steel …

Data-driven soft sensing modeling is becoming a powerful tool in the ironmaking process
due to the rapid development of machine learning and data mining. Although various soft …

To ensure the strength of limonitic laterite sinters, more fuel needs to be added to the
sintering process. Higher content of FeO, which was found to be an important factor affecting …

The ferrous oxide (FeO) content in finished sinter is a key indicator of the thermal reaction
state and plays a pivotal role in quality control of the iron ore sintering process. In contrast to …

Sintering is an important process in iron and steel manufacturing. FeO content of sinter is a
key index for both sintering and blast furnace ironmaking, but it needs manual sampling and …

As a key thermal-state indicator of the iron ore sintering process, the content of ferrous oxide
(FeO) in the finished sinter is directly related to product quality. Based on the massive data of …

The prediction of FeO content in sinter is important for operators to adjust the raw material
ratio and process parameters. Feature selection is used to choose the original features that …

In the sintering process, the moisture of the sintering mixture is important information for
sinter quality control, and online accurate detection of mixture moisture is an issue that …

Accurate control of sintering temperature is crucial for synthesizing high-quality iron ores. In
practice, the temperature is usually regulated by experienced operators through adjusting …

FeO content is an important index reflecting the reducibility and drum strength of sinter,
which is of great significance to the subsequent iron-making process. However, due to the …