Your Global Hub for Corrosion Conferences

Accredited training for coating inspectors. Level 1 covers fundamentals; Level 2 develops QC, documentation and reporting using the A-D-R method; Level 3 prepares for leadership, operations management and inspection procedures.

This technical seminar focuses on safeguarding corrosion-sensitive materials with coatings and coverings. Participants learn corrosion fundamentals, evaluate conventional and advanced protection systems, and understand application processes. Topics include organic and inorganic coatings, metallic layers such as zinc and aluminum, and emerging technologies, enabling professionals to select and implement effective, sustainable protection strategies in industrial environments.

This technical seminar focuses on safeguarding corrosion-sensitive materials with coatings and coverings. Participants learn corrosion fundamentals, evaluate conventional and advanced protection systems, and understand application processes. Topics include organic and inorganic coatings, metallic layers such as zinc and aluminum, and emerging technologies, enabling professionals to select and implement effective, sustainable protection strategies in industrial environments.

This technical seminar focuses on safeguarding corrosion-sensitive materials with coatings and coverings. Participants learn corrosion fundamentals, evaluate conventional and advanced protection systems, and understand application processes. Topics include organic and inorganic coatings, metallic layers such as zinc and aluminum, and emerging technologies, enabling professionals to select and implement effective, sustainable protection strategies in industrial environments.

This technical seminar focuses on safeguarding corrosion-sensitive materials with coatings and coverings. Participants learn corrosion fundamentals, evaluate conventional and advanced protection systems, and understand application processes. Topics include organic and inorganic coatings, metallic layers such as zinc and aluminum, and emerging technologies, enabling professionals to select and implement effective, sustainable protection strategies in industrial environments.

This technical seminar focuses on safeguarding corrosion-sensitive materials with coatings and coverings. Participants learn corrosion fundamentals, evaluate conventional and advanced protection systems, and understand application processes. Topics include organic and inorganic coatings, metallic layers such as zinc and aluminum, and emerging technologies, enabling professionals to select and implement effective, sustainable protection strategies in industrial environments.

Long-format online programme for engineers and professionals to deepen their expertise in corrosion prevention and control.

Comprehensive training in composition, properties, application, and manufacturing technologies of paints, varnishes, and inks. For recent Chemistry/Chemical Engineering graduates; includes application and company endorsement.

This course provides technical professionals with a solid understanding of corrosion and industrial protective coatings. It covers corrosion mechanisms, coating chemistry, surface preparation, application, inspection, defect analysis, safety, and sustainability, enabling participants to prevent failures and make informed decisions in coating projects.

Practical, fundamental and comprehensive training in corrosion and protection. Core materials-science and chemistry content reinforced with group hands-on exercises.

An advanced online course for professionals in oil and gas focusing on integrity and reliability of static equipment. Includes inspection planning, deterioration monitoring, fitness-for-service and risk analysis, and corrosion prevention aligned with international standards.

This comprehensive seminar examines corrosion mechanisms in extreme environments, including electrochemical wet corrosion, dry oxidation, high-temperature attack, and hydrogen damage. Participants learn to assess material behavior, select appropriate materials and surfaces, and apply protective systems such as coatings, metallic deposits, thermal spray, diffusion layers, and cathodic protection, developing expertise in diagnosing and preventing corrosion failures in challenging industrial applications.

This course explains how corrosion threatens pipelines, tanks, treatment plants, and networks, and then builds fundamentals in electricity, chemistry, electrochemistry, cathodic protection, coatings, integrity surveys, inspection, and maintenance. Aimed at engineers, technicians, municipalities, and asset managers, it focuses on practical protection of critical water infrastructure.

This course provides a comprehensive understanding of geothermal drilling technology and engineering principles, ensuring that participants can design, plan, and execute geothermal wells efficiently and safely. It explains drilling technology, equipment, well planning, metallurgy for high-temperature corrosive brines, well control and safety, and geothermal-specific challenges such as lost circulation and thermal stability, showing how oil and gas best practices can be adapted for geothermal projects.

This course provides gas industry professionals with foundational knowledge in pressure control, pipeline design, and asset management. Through classroom instruction and hands-on training, participants learn about safety standards, corrosion protection, system integrity, maintenance philosophies, and operational best practices, with an emphasis on regulatory compliance and safe management of gas transmission systems and equipment.

This intensive training program bridges control theory and real-world plant operations. It combines PID Tuning Control and Advanced Process Control, covering loop tuning, feedforward and cascade control, deadtime compensation, constraint control, and APC foundations. Through simulations and industrial case studies, participants develop practical skills to improve process stability, reduce variability, and enhance asset integrity.

This course trains participants to investigate and diagnose industrial corrosion failures. It combines a virtual theoretical module covering information gathering, corrosion types, testing, and diagnostic procedures with in-person workshops that analyze real case studies. It is aimed at maintenance, contractor, consulting, and engineering professionals responsible for asset integrity and corrosion problem-solving.

This webinar examines the critical role of protective coatings in extending the lifespan of steel bridges through comprehensive lifecycle management, covering evaluation, design, inspection, and ongoing maintenance. Aligned with AMPP standards and industry best practices, the session is essential for asset owners, consultants, inspectors, and manufacturers involved in corrosion control and infrastructure preservation.