High strength steel in marine environments suffers from severe corrosion susceptibility and the presence of bacteria can exacerbate effect, accelerating degradation via microbiologically influenced (MIC). Here we propose a novel approach to MIC inhibition by designing system capable limiting effects both bacterial growth corrosion. The combination newly synthesised compound, cetrimonium 4-hydro...

Heavy metal stabilization in soil was investigated using sulfate-reducing bacteria (SRB). Samples were collected from three agricultural soils near abandoned mines, and a nine-week batch experiment performed following the classification of as ① non-sterile with SO42- (SO4), ② sterile SRB (SRBo), ③ (SS). metals extracted 0.1 N HCl or Mehlich, efficiency evaluated by comparing results to control....