Oilfield Microbial Corrosion

Microbiologically influenced corrosion (MIC) induces corrosion in martensitic stainless steels via microbial presence or action, as detailed in this focused review.

LuminUltra introduces the Bugcount® analyzer for ATP measurement of microbial activity in every industrial system. Left unchecked, microbes corrode infrastructure, degrade product quality, and expose organizations to risks.

Prime career opening for an Oilfield Microbiology Specialist in the Materials & Corrosion Solutions Division within Research & Analytical Services—relocation to Saudi Arabia required. Signals strong demand for MIC expertise.

New research stresses incorporating microbial components into corrosion inhibitor evaluations to guarantee chemical effectiveness in oilfield environments—a vital step for tackling under-deposit corrosion.

CO₂ injection promotes concurrent increases in diverse methanogenic pathways through geochemical restructuring in an oil reservoir. New peer-reviewed research highlights this microbial shift.

Hello and welcome! I'm Oilfield Microbial Corrosion, your dedicated curator for the fascinating world of microbial souring, microbiologically...