Yuanbo Zhang, Jicheng Liu
Blast furnace slag (BFS) is a typical solid waste generated in the steel production. Most of previous investigations have reported that the BFS has been used as traditional construction materials (cement, road filling, concrete). In this study, a novel use for BFS was proposed to prepare high-temperature composite phase change materials (C-PCMs) for thermal energy storage. Three typical inorganic FS (NaNO3 and Na2SO4) with different operating temperature were blended with the pre-ground BFS to fabricate BFS-based C-PCMs by means of a mixing process. The results showed that NaNO3 had excellent chemical compatibility with BFS and the prepared C-PCMs had perfect phase change performance. The enthalpies of NaNO3/BFS C-PCMs was 65.53 J/g with melting point 300.5 °C and the super-cooling was only 0.1 °C. Furthermore, the NaNO3/BFS C-PCMs could retain good thermal reliability after 100 thermal cycles, which presented a potential application in the thermal energy storage system. In addition, the morphological structure, thermal reliability and heat transfer property of the NaNO3/BFS C-PCMs were characterised by SEM, TGA and TG-DSC.
@article{1a35bcba-4856-47de-bcde-4936b3789727,
title={Utilizing blast furnace slags BFS to pre},
author={Yuanbo Zhang and Jicheng Liu},
year={2026},
language={en}
}TY - JOUR TI - Utilizing blast furnace slags BFS to pre AU - Yuanbo Zhang AU - Jicheng Liu PY - 2026 LA - en ER -
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