ABSTRACT
This chapter explores microbiologically influenced corrosion (MIC) through case studies across various industries, with biofouling assessed as a contributor to its development and in mitigation. It provides a structured approach to case study design, incorporating key principles for effective MIC and biofouling management. A standardized template ensures consistency in documenting findings, while a survey-based analysis evaluates best and worst practices based on real-world experiences and expert insights. The case studies integrate laboratory and simulation-based testing with real-world field conditions and trials, providing a comprehensive framework for diagnosing, monitoring, and mitigating MIC. The multiple lines and levels of evidence approach strengthens the analysis by incorporating diverse data sources, enhancing the reliability of findings, and improving early detection and intervention strategies. Through the integration of practical case studies with structured guidance, this chapter provides stakeholders with actionable strategies to enhance MIC management. It fosters data-driven decision-making, supports collaboration between researchers and industry professionals, and contributes to the implementation of more effective and sustainable MIC mitigation practices.
