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Official PDF TranslationJournal of Mineral Metallurgy and Materials Science

Behavioral characteristics and renewal mechanism of deadman coke in the hearth under low-carbon ironmaking blast furnace conditions

Authors: Sai Meng; Kexin Jiao; Zhenxing Zhou; Jianliang Zhang; Yang Li; Yanbing Zong; Lei Zhang; Xuebin Wang

DOI: 10.1007/s12613-025-3306-4Status: Verified Translated Edition
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Key Findings in This Report

• The deadman root exhibits a 'curved' shape and a distinct 'floating' state, with a central floating height of ~0.45 m increasing toward the hearth edge. • Image analysis revealed average deadman voidage of 54.75% (±0.85%) and coke particle size of 21.47 mm (±0.53 mm), with vertical division into slag–coke, iron–coke, and coke–free zones. • A 'slag + CaS isolation layer' suppresses carburization and is the most limiting factor for deadman coke renewal; renewal time was calculated as 14.74 days. • The findings provide scientific guidance for low-carbon BF operation and fuel optimization, enabling better control of deadman conditions.