Your Global Hub for Corrosion Conferences

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 training course, covering corrosion basics and zinc coating principles, process parameters, duplex systems, and quality inspection, provides comprehensive galvanizing expertise. It includes key Brazilian, ASTM, and ISO standards, combining theory and practical assessment, and concludes with a professional certification.

This comprehensive course covers hot-dip galvanizing, including its corrosion-protection mechanisms, lifecycle durability, and duplex-system coatings. Participants will master surface preparation, layer-thickness measurement, and inspection techniques in accordance with ABNT, ISO, and ASTM standards, enabling them to accurately identify defects, perform sampling, and implement rigorous quality assurance.

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.

This course focuses on the CIP Peer Review, an oral exam that validates your expertise in unsupervised inspections and problem-solving. It confirms your ability to lead inspection programs and supervise teams in complex industrial environments.

The course covers fundamentals of ship coatings: common ship types, corrosion forms by area, suitable marine coating/lining systems, the shipbuilding process, and surface preparation, application, and inspection techniques, including IMO PSPC requirements for ballast, cargo, and void tanks. Aimed at inspectors, engineers, QA managers, contractors, applicators, and maintenance staff, it trains participants to describe protective coating types and uses, address safety issues, use marine coating inspection instruments, and recognize key IMO resolutions related to coatings.

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 covers the main techniques for preventing and controlling corrosion, combining online theory with in-person lab practice. Participants learn to understand the principles and applications of protection methods, as well as to select appropriate solutions for real-world corrosion problems. Key topics include criteria for assessing corrosion significance, environmental modification and use of inhibitors, paint coatings and surface preparation, conversion treatments and metallic coatings, electrochemical protection methods (cathodic/anodic), and corrosion testing, monitoring, and inspection.

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.

The AMPP CP1 course introduces the fundamentals of corrosion and cathodic protection, combining theory with hands-on lab training to perform and interpret basic CP field tests. It targets field personnel and technicians who supervise CP systems or collect CP data, and covers practical topics such as electrical fundamentals, field measurements, CP components, surveys, documentation, and safety requirements.

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.

The course provides advanced training in inspection techniques for steel and non-steel substrates, as well as specialized coatings and linings. It prepares coating inspectors to carry out and document both destructive and non-destructive inspections under the supervision of senior personnel. Key topics include coating types, surface preparation methods, specialized applications, inspection instruments, and cathodic protection.

This certification prepares professionals to design, install, and maintain cathodic protection systems by mastering advanced theoretical concepts, design calculations, and practical field applications. It is aimed at experienced individuals responsible for protecting assets such as pipelines, tanks, and concrete structures from corrosion using both galvanic and impressed current systems. Certified specialists demonstrate leadership in corrosion analysis, regulatory compliance, and knowledge sharing, ensuring asset integrity and the successful implementation of CP technologies.

This certification prepares professionals to design, install, and maintain cathodic protection systems by mastering advanced theoretical concepts, design calculations, and practical field applications. It is aimed at experienced individuals responsible for protecting assets such as pipelines, tanks, and concrete structures from corrosion using both galvanic and impressed current systems. Certified specialists demonstrate leadership in corrosion analysis, regulatory compliance, and knowledge sharing, ensuring asset integrity and the successful implementation of CP technologies.

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.

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.