Corrosion Behavior and Inhibition

Comparative study on the inhibition of copper oxide, nickel, and sodium tungstate on microbially induced concrete corrosion under sewer conditions

This study compares the inhibition effects of copper oxide, nickel, and sodium tungstate on microbially induced concrete corrosion under sewer conditions, finding that copper oxide and nickel show the most significant bacteriostatic effects.

Metal-Binding Ligands Rather Than Redox Active Metabolites Are Essential to Microbially-Induced Corrosion of Cobalt

This study shows that metal-binding ligands, not redox-active metabolites, drive microbially-induced corrosion of cobalt, with oxygen initiating oxidation and unknown metabolites preventing cobalt oxide precipitation.

An approach to differentiating biological from chemical sulfide oxidation on corroded concrete sewer surfaces

This study develops a kinetic model to differentiate chemical and biological sulfide oxidation rates in corroded sewer concrete, showing both processes contribute significantly to corrosion.