Formatıon of Jarosıte Durıng Bacterıal Oxıdatıon of Sulfıde Mınerals

Karshieva M.S., Sharipov S.Sh., Danakulova R.A.

Innovative Multidisciplinary Journal of Applied Technology · 2025-yil

Annotatsiya

The formation of jarosite-group minerals during bacterial oxidation of sulfide minerals is a common but insufficiently controlled phenomenon in biohydrometallurgical systems. In this study, jarosite precipitation is analyzed as a consequence of redox-driven iron cycling under acidic conditions typical for biooxidation processes. Particular attention is paid to the role of solution Eh–pH parameters, Fe³⁺ activity, and mineral surface evolution during oxidation. Experimental observations demonstrate that jarosite formation is not a direct biological process, but rather a chemically induced mineral transformation triggered by microbially maintained oxidizing conditions. The results show that jarosite precipitation significantly modifies the mineralogical composition of solid residues and affects the kinetics of sulfide oxidation by forming passivating surface layers. The obtained data provide a basis for controlled management of jarosite formation in biooxidation and bioleaching systems.

Maqola ma’lumotlari
MualliflarKarshieva M.S., Sharipov S.Sh., Danakulova R.A.
JurnalInnovative Multidisciplinary Journal of Applied Technology
Nashr sanasi2025-02-27
Jild3
Son2
Betlar101-108
TilIngliz
DOI10.51699/37wktc63

Kalit so‘zlar

jarosite, bacterial oxidation, Eh–pH control, biooxidation, sulfide minerals, iron cycling

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