Ecofriendly extraction of zinc from hazardous electric arc furnace dust via sulphating roasting: Non-isothermal and isothermal kinetics analyses
Electric arc furnace dust (EAFD) formed during steelmaking in electric arc furnace is a
hazardous solid waste that is rich in zinc and iron. In our previous study, we realized the …
hazardous solid waste that is rich in zinc and iron. In our previous study, we realized the …
FeS-assisted restructuring of zinc-bearing phases into sulfated compounds for efficient zinc extraction from hazardous electric furnace dust
Y Chen, X Dai, J Li, L Hu, Z You, J Song… - Separation and …, 2024 - Elsevier
Electric arc furnace dust (EAFD) is a hazardous solid waste generated as a byproduct in the
steelmaking process, containing significant amounts of zinc and iron, making it a primary …
steelmaking process, containing significant amounts of zinc and iron, making it a primary …
[HTML][HTML] Correlation between the developed layer's color and crystallographic orientation of pure copper during long-term color etching with Beraha˗ I
In situ optical microscopy investigation was performed on a Cu99. 9 copper sample during
color etching with Beraha˗ I etchant for approximately 48 min in a microfluidic cell. The color …
color etching with Beraha˗ I etchant for approximately 48 min in a microfluidic cell. The color …
[HTML][HTML] Investigating the kinetics of layer development during the color etching of low-carbon steel with in-situ spectroscopic ellipsometry
Color etching is a useful corrosive process, widely applied in metallography to study the
microstructure of metals. To prove the existence of the previously hypothesized steady-state …
microstructure of metals. To prove the existence of the previously hypothesized steady-state …