Europe Events

This is an advanced course for experienced specialists covering impressed current system design, interference management, testing, and monitoring. Aligned with UNI EN ISO 15257, it prepares professionals holding LIV1–LIV3 qualifications for Level 4 certification, with a focus on dynamic and AC interference analysis.

This program offers an intensive introduction to coating application and inspection, focusing on both technical principles and practical applications for structural steel projects. It is an accredited certification for coating inspection, mainly designed for trainees but also valuable for professionals in related fields. The course covers topics such as coating materials, inspection procedures, surface preparation, testing methods, and documentation.

An event exploring how graphene's exceptional strength, conductivity, and chemical stability are revolutionizing protective coatings across the marine, aerospace, automotive, and defense sectors. Featuring industry case studies, expert talks, and a GEIC laboratory tour, the event connects researchers and industry professionals at the forefront of 2D materials innovation.

The event equips professionals with technical competencies to specify, apply, and inspect paint systems for metallic structures in accordance with ISO 12944 and EN 1090. It covers the full industrial painting process, from surface preparation and paint composition to application methods, defect analysis, and metallic coatings, including metallization and galvanization.

This conference presents the latest advances in fatigue, including corrosion and environmental effects on materials. It highlights issues such as modeling, testing, and characterization, harsh-environment fatigue, hydrogen embrittlement, and coatings and surface engineering, along with case studies on monitoring, repair, and lifecycle extension of critical infrastructure.

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 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.

A leading European congress exploring innovations in paints and coatings, with emphasis on sustainability, corrosion protection, smart coatings, AI, automation, testing methods, and regulatory developments.

A meeting featuring a series of short presentations on diverse marine measurement topics, interspersed with networking breaks that give delegates the chance to talk with other scientists, surveyors, engineers, researchers, and industry professionals, mainly from research centers, academia, marine data management, defense organizations, survey companies, consultancies, monitoring authorities, service providers, dredging companies, port authorities, energy companies, and trade associations.

Corrosion Management in the Energy and Digital Transition brings together leading experts and institutions from industry and academia to address critical challenges posed by new energy vectors, the expansion of renewables, the consolidation of additive manufacturing, and the emergence of deep technologies. It serves as a high-level platform for technical debate and institutional dialogue, where corrosion science and engineering meet the strategic demands of a rapidly transforming world.

This course explores fundamental properties of metallic and non-metallic materials, including the Fe-C diagram and key microstructures. It covers corrosion mechanisms, brittle fracture, impact testing, special-service material selection, high-temperature and cryogenic applications, and technical criteria for choosing suitable industrial alloys and design codes.

This summer school is designed for doctoral students and industry researchers. It covers stress corrosion cracking, hydrogen embrittlement, corrosion fatigue, and related phenomena through lectures by leading international experts, fostering knowledge exchange and networking opportunities.

The course provides essential knowledge of corrosion mechanisms, monitoring, and mitigation for liquid and gas pipelines. Through classroom instruction, lab exercises, and an included exam, it prepares engineers and asset managers to effectively identify, evaluate, and control internal corrosion.

This foundational seminar bridges theory and practice in corrosion prevention. Participants learn about electrochemical and dry corrosion mechanisms, material compatibility, testing methodologies, and design principles. It covers light metals, steels, stainless alloys, and non-ferrous materials, addressing corrosion under dynamic stress, the effects of joining technologies, and cathodic protection, providing practical grounding essential for effective corrosion management across industries.

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 course teaches students about seawater corrosion phenomena and protection methods, with a focus on cathodic protection using galvanic anodes. It includes fundamentals of electrical engineering, system testing, monitoring, standards, regulations, and safety, preparing participants to effectively assess and manage marine corrosion protection.

This advanced course introduces PhD students and early-stage postdocs to multifunctional and smart coatings for corrosion protection. Participants explore electrochemical evaluation methods, localized and high-throughput techniques, machine learning, and multiscale modeling of interfacial processes. A poster session and networking activities provide opportunities to present research, exchange ideas, and build expertise in next-generation protective coatings.

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 event is a premier forum for marine fouling and corrosion research, bringing together academia and industry to share advances in prevention, coatings, biofouling control, MIC, and sustainability. It combines cutting-edge science with global networking and interdisciplinary collaboration.

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.

A course that leverages infrastructure experience to guide professionals in repurposing pipelines for hydrogen. Covering properties, regulations, embrittlement, materials testing, and hazardous zone assessments, it provides up-to-date research and practical strategies for energy capacity, safety requirements, and resource planning for a sustainable infrastructure transition.

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

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.