Shengli WU, Feng CHANG
Electric arc furnace dust (EAFD) is one of the by-products of the steelmaking industry. This research aims at addressing the challenges associated with EAFD by utilizing pyrometallurgy, specifically through the mixing of EAFD with anthracite to create carbon-containing briquettes for use in reductive metallurgical furnaces (RHF). The study investigates the effects of various briquetting parameters on the strength of green pellets, including reduction temperature, reduction time, and the carbon-to-oxygen (C/O) molar ratio, which are critical for optimizing the metallization rate and the efficiency of zinc removal. The findings indicate that the parameters significantly influence both the strength of the pellets and the rates of metallization and zinc reduction, highlighting the potential for reclaiming valuable materials from EAFD while mitigating environmental impacts. This investigation provides insights into developing sustainable methods for recycling EAFD, which contains high iron content, while contributing to waste management in the steel industry.
@article{871917e0-8c5d-4aa3-b327-aa290fcde1e4,
title={2017 Shengli Wu Cold Strength and High Temperature Behaviors of Self Reducing Briquette Containing Electric Arc Furnace D isijinternational.isijint 2017 013},
author={Shengli WU and Feng CHANG},
year={2026},
language={en}
}TY - JOUR TI - 2017 Shengli Wu Cold Strength and High Temperature Behaviors of Self Reducing Briquette Containing Electric Arc Furnace D isijinternational.isijint 2017 013 AU - Shengli WU AU - Feng CHANG PY - 2026 LA - en ER -
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