... is commonly added at the seawater lift pumps, to provide protection to the system from microbially influenced corrosion (MIC) up to the deaerator, after which sulfite based oxygen scavengers will react with residual oxidizing biocides. Therefore, the deaerator itself and the water injection pipelines...

... created acidic environments accelerating the corrosion. Sand (7-8 g/L) and other components found in Field 2 samples may have contributed to sand erosion-corrosion. In summary, it appeared that low pH, sand and microbes can significantly increase CT corrosion. coiled tubing microbial influenced corrosion...

... microorganisms the corrosion protection efficacy of the corrosion inhibitor was significantly reduced. The finding of the study adds a new dimension for selection of a suitable pipeline corrosion inhibitor. Microbial Influenced Corrosion Corrosion Inhibitor Petroleum product Pipeline Corrosion wheel test...

... on an offshore oil production platform, with respect to chemistry efficacy, injection hardware requirements, and associated risk elements (identified by the platforms risk assessment teams risk assessment process). sea water injection reservoir souring bacteria fouling microbial influenced corrosion 2...

... water. The open circuit potential (E_oc) and R_p was used to correlate corrosion susceptibility and bacterial activity with alloy composition and welding parameters. weldments sulfate reducing bacteria austenitic stainless steel Ni-Cr-Mo alloy microbial influenced corrosion...