A comprehensive study of thermodynamics and electrochemical processes involving modified iron(II)-bearing sphalerite ions with thiol collectors

This article presents a comprehensive study of interactions between sphalerite surfaces and various compounds, including iron sulfate, butyl xanthate and sodium dibutyl dithiophosphate, shedding light on their effects on the kinetics of sphalerite flotation, through a combination of thermodynamic and potentiometric analyses. It delves into impact of non-ferrous sulfates and thiol collectors on flotation of spha lerite, both in isolation and in the presence of iron-containing compounds. These investigations provide valuable insights into the complex dynamics of mineral flotation processes and offer crucial information for optimizing mineral processing in the mining industry.