ICorr Microbiologically Influenced Corrosion remains a Global issue.
Join our MIC Training Courses, running from 11 to 15 May 2026. Secure your spot today and gain expert insights into the industry most misdiagnosed threat.
Microbiologically Influenced Corrosion (MIC)Â is a complex phenomenon that silently undermines industrial and infrastructure assets across the globe. Despite its widespread impact, MIC remains one of the least understood and most frequently misdiagnosed form of corrosion.
In 2023, a relatively minor leak at the Wytch Farm oil field, United Kingdom, triggered the temporary closure of Poole Harbour, Europe’s largest natural harbour and a designated Site of Special Scientific Interest. This incident served as a stark reminder of MIC potential to cause significant environmental and economic disruption, and the urgent need for more robust understanding and control strategies.
The Institute of Corrosion (ICorr) proudly offers the only MIC training course of its kind delivered by a major professional body. This comprehensive programme is designed to meet industry demand, equip professionals with cutting-edge knowledge, and empower them to protect assets and advance their careers.
Industry-Relevant Scope
While MIC is most extensively studied in the oil and gas sector, this course also addresses its impact across:
- Water treatment and filtration systems
- Nuclear energy facilities
- Marine structures and vessels (ships, yachts, narrowboats)
- Paper and pulp industries
- Infrastructure, including Accelerated Low Water Corrosion (ALWC)
- Non-metallic materials (polymers, cementitious systems)
Cutting-Edge Content
- Traditional and advanced monitoring and mitigation technologies
- Molecular microbiology for precise microbial characterisation
- Future trends in MIC modelling and predictive analytics
Expert-Led Instruction
- Based on over 35 years of research and field experience
- Delivered by leading experts in industrial and oilfield microbiology
- Enriched with global case studies and best practices
Practical Meets Theoretical
- In-depth exploration of microbial colonisation in water-prone systems
- Covers both metallic and non-metallic degradation mechanisms
- Actionable strategies for detection, control, and prevention
Flexible Learning Formats for Every Level
|
Certified MIC Technologist |
A five-day intensive course focuses on developing and managing MIC control programmes, monitoring strategies, data interpretation, and risk identification. Includes a half-day certification exam. ICorr Certified MIC Technologist certificate awarded upon passing the exam. |
|
MIC Technologist |
A four-day version of the above course, without the certification exam. Certificate of attendance provided. |
|
Awareness Level |
A one-day overview designed for managers and stakeholders. Focuses on understanding MIC risks and mechanisms to support informed decision-making and cost avoidance. Certificate of attendance provided. |
 Who Should Attend?
This course is of significant benefits for:
- Managers, consultants, and project leaders
- Industrial biologists and corrosion technologists
- Engineers, scientists, and students
- Contractors, field management, and technical staff.
Course Fees
|
Course Format |
Fee (excl. VAT) |
|
One-Day Awareness Course |
£800 + VAT |
|
Four-Day MIC Technologist |
£1,950 + VAT |
|
Certification Exam (Optional) |
£500 + VAT |
Note: VAT is reclaimable by VAT-registered companies. Fees apply to UK-based courses.
Delivery Options
Courses are currently delivered in a classroom format and can be hosted:
- At ICorr Headquarters at Northampton in the UK, or
- On-site at your organisation, anywhere in the world.
Delivered by a Global Expert
The course is led by Dr. Tony Rizk, a world-renowned authority in MIC with decades of hands-on experience in industrial microbiology and corrosion control.
Get in Touch
For further information, contact: Dr. Tony Rizk, ETGBchair@icorr.org
To register, email: ICorr Admin, admin@icorr.org
