Events in 2026

This seminar explores how accelerated weathering tests can better correlate with real-world performance by addressing aging behavior, coating and polymer rankings, and practical measures to improve natural weathering correlation and reliability.

An event that brings together pipeline integrity professionals for hands-on training in surface preparation, coatings, rectifiers, grounding, CIS surveys, and AC/DC mitigation, while sponsors and exhibitors connect with decision-makers, showcase real solutions, and shape the future of asset integrity.

An affordable, high-value training program covering rectifiers, coatings, and spray applicator techniques. Mornings feature expert classroom instruction, afternoons offer hands-on field training, and evenings include networking, golf, and Florida's vibrant local culture.

Comprehensive program on microbiologically influenced corrosion (MIC), covering microbiology, corrosion principles, management strategies, and industry standards for prevention and mitigation in marine environments.

This talk equips manufacturing and quality leaders to eliminate adhesion failures by establishing objective surface-cleanliness specifications, applying ASTM test methods, and implementing water-contact-angle monitoring. Case studies demonstrate that measurable control of surface energy boosts first-pass yield, reduces defects, and accelerates troubleshooting across automotive, aerospace, composites, and medical device production.

This school addresses corrosion challenges in low-carbon energy systems. Focusing on hydrogen, offshore renewables, and geothermal technologies, this intensive three-day course for researchers and engineers combines expert lectures with hands-on activities. Participants explore material durability, AI-driven research, and sustainability, fostering vital networking.

This certification course prepares coating inspectors for global opportunities across the oil and gas, marine, offshore wind, and industrial sectors. It covers corrosion prevention, surface treatment, ISO standards, paints and coatings, practical exercises, and coating inspection techniques, delivered through both theoretical and hands-on training.

The congress aims to showcase emerging trends and technologies in corrosion management, promote best practices in asset integrity and reliability, encourage collaboration among industry leaders, researchers, and technology providers, and address sustainable and cost-effective strategies for corrosion prevention.

"Shaping the future: tackling corrosion in sustainable technologies" is the motto of the upcoming European Corrosion Conference, to be held in Dublin, Ireland. The European Federation of Corrosion's premier annual gathering serves as the leading event on the global corrosion stage.

This event features a comprehensive scientific program of plenary lectures, symposia, and tutorials covering advances in electrochemistry across analysis, catalysis, energy, corrosion, batteries, fuel cells, hydrogen, solar technologies, materials, bioelectrochemical systems, medical applications, devices, manufacturing, and diverse applications.

The course covers advanced inspection techniques and specialized applications for both steel and non-steel substrates, including specific coatings and linings. Expected attendees include coating inspectors seeking certification and certified inspectors interested in learning how to perform and document destructive and non-destructive inspections under the supervision of a senior inspector.

A workshop for electrocoaters covering basics, costs, efficiency, quality control, troubleshooting, and new technology, with practical strategies, process insights, preventive maintenance, a plant tour, and textbook guidance for system improvement.

This workshop explores how artificial intelligence is transforming corrosion science. It covers AI-driven materials design, data analysis, predictive models, and image diagnostics. Features plenary and selected lectures. It offers a networking opportunity to shape the future of corrosion research.

The Conference explores cutting-edge aluminum technology across the aerospace, automotive, and sustainability sectors. Topics include additive manufacturing, AI-driven alloy development, advanced characterization, and phase transformations. Notably, the conference addresses corrosion and environmentally sensitive fracture of aluminum alloys, as well as casting, joining, thermomechanical forming, recycling, and innovative alloy design methodologies to address modern industrial challenges.

Covers cutting-edge surface/interface science: thin films, coatings, tribology, design of anti-corrosion layers, protective treatments, and in-situ electrochemical analysis under realistic conditions.

This course provides essential training on corrosion mechanisms, protection, and repair of reinforced concrete structures and buildings. It covers cement characteristics, deterioration, reinforcement corrosion, diagnostic surveys, and repair methods, including cathodic protection. It suits asset managers, engineers, architects, contractors, suppliers, inspectors, and overseers across infrastructure sectors to ensure lasting structural durability.

This event unites researchers, industry representatives, and policymakers to examine sustainability and the circular economy, providing relevant insights on corrosion, anticorrosion, and asset integrity. Through research, case studies, and practical solutions, the conference promotes resilient materials, sustainable design, and long-term asset performance for a circular future.

Shares insights from materials analyses to improve safety and operation of light-water reactors. Topics include failures, degradation, corrosion, aging management, and AI tools in materials research and nuclear operations.

This course offers a thorough introduction to corrosion, covering its causes, identification, monitoring, and control. It features hands-on experiments, case studies, and open discussions. The intended audience includes technicians, sales personnel, inspectors, managers, and engineers. Key learning objectives encompass the definition of corrosion and its economic, environmental, and safety impacts, as well as the basics of electrochemistry, oxidation-reduction reactions, corrosion processes, corrosive environments, forms of corrosion, control strategies, and inspection and monitoring techniques.

The course builds essential expertise in coatings, corrosion prevention, standards, materials interaction, and corrosion-protective design, combining theory with practical study. Successful candidates earn the FROSIO surface treatment inspector certificate, with the level aligned to their experience.

This core training course is for professionals who implement and manage pipeline integrity programs to address time-dependent deterioration threats in liquid and gas systems. It teaches participants to interpret integrity data, conduct system-wide integrity assessments, identify and evaluate threats, quantify risk, understand CFR 49 integrity requirements, and develop remediation, repair, risk management, and integrity management plans that optimize maintenance and support informed decisions by company management.

This course introduces cathodic protection for reinforced concrete, covering principles, measurement techniques, and related electrochemical methods, including re-alkalization and chloride extraction. It supports understanding of corrosion control in concrete structures, from bridges and foundations to marine and buried assets.

This practical course trains participants to conduct and evaluate standardized corrosion and coating tests in salt-spray environments in accordance with key ISO standards. Through theory and hands-on exercises, attendees learn brine preparation, chamber operation, cross-cut and adhesion testing, and systematic assessment of blistering, rusting, cracking, flaking, and delamination, including joint interpretation of problematic samples.

The talk provides a comprehensive overview of corrosion protection strategies for structures in aggressive and submerged environments. It covers anticorrosion painting systems, cathodic protection principles, and hot-dip galvanization, and explores the synergies among these complementary techniques to maximize durability, performance, and long-term asset protection.