ABSTRACT
Microbiologically influenced corrosion (MIC) is a key challenge in many industries, resulting in a diverse selection of detection, monitoring, and mitigation technologies. This chapter summarizes insights from preceding chapters and surveys conducted within the Euro-MIC COST network (CA20130) to offer a comprehensive comparison of different MIC study methodologies. Using data collected from a variety of sectors, including marine, oil, gas, and infrastructure, the chapter evaluates the efficacy and limitations of various approaches in elucidating MIC mechanisms and assessing corrosion risks.
This chapter will also shed insights on the key findings from the Euro-MIC round-table surveys. Based on the results of these surveys, we present general trends and industry-specific nuances of MIC monitoring practices. This analysis not only enhances our understanding of MIC but also provides a foundation for developing strategies to prevent and mitigate corrosion.
Finally, this chapter serves as a guide for stakeholders involved in MIC research and corrosion management. By combining existing knowledge and survey data, it provides valuable insights to aid in the selection of MIC monitoring and detection strategies on a condition-specific case-by-case scenario. Overall, we aim to provide practical know-how for industry and decision-makers with the aim to improve corrosion control practices.
