Online Events

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.

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.

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.

Explore the latest advancements in Carbon Capture, Utilization and Storage (CCUS), well integrity management, CO₂ storage technologies, and abandoned well risk assessment in this advanced online training course designed for oil & gas, energy, drilling, and sustainability professionals. Gain practical insights into carbon storage regulations, CO₂ injection systems, well abandonment standards, leakage prevention, corrosion monitoring, risk management, cement integrity, subsurface engineering, and CCS project safety. Learn from real-world case studies, technical experts, and industry best practices focused on sustainable energy transition and decarbonization strategies.

A course introducing corrosion fundamentals, material selection, and corrosion control for engineers, designers, buyers, and suppliers. It covers aqueous corrosion, cracking, stainless steels, non-ferrous alloys, coatings, and cathodic protection, helping improve specification decisions and technical discussions.

This seminar examines how corrosion, cracking, and other forms of degradation threaten pipeline integrity, emphasizing lessons learned from real incidents. It addresses corrosion control, inspection and hazard detection, repair strategies, and best-practice operations for safely managing pipeline assets and preventing failures in industrial settings. sectors.

This comprehensive course provides practical knowledge of stainless steels, covering metallurgy, properties, processing, and corrosion resistance across all major families, including duplex. Participants learn to select alloys, solve corrosion and fabrication problems, and optimize welding and high-temperature performance, making it ideal for designers, engineers, fabricators, and maintenance professionals.

This course is grounded in API 580/581 risk-based inspection principles and focuses on identifying, monitoring, and treating Microbiologically Influenced Corrosion (MIC). Designed for engineers and integrity managers, it bridges electrochemical theory and industrial practice to deliver effective strategies for screening, biocide management, and pipeline asset protection.

This course covers the fundamentals of coating adhesion, substrate surface effects, and coating failure mechanisms. Participants will learn to identify, understand, and prevent common failures, with a practical focus on how coating formulation strategies can optimise adhesion and long-term protective performance.

An event designed to connect different generations of the global nondestructive testing community and build a lasting digital knowledge archive. It invites contributions on NDT methods and reliability, structural health monitoring, education and certification, digitalization (AI, NDE 4.0, digital twins), human factors, ethics, sustainability, and the circular economy.

This first conference highlights the broad scope of modern tribology, with key sessions on lubricants, lubricated and mechanical contacts, and emerging trends. A dedicated session on friction, wear, corrosion, and fatigue focuses on degradation mechanisms and protection strategies.

Comprehensive course on pipeline defect assessment, combining theory and hands-on training. It covers corrosion, dents, cracks, weld defects, and repairs, and introduces fracture mechanics and hydrogen effects. Participants gain industry-standard skills to confidently evaluate defects and ensure pipeline integrity in real-world applications.

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.

The conference will bring together researchers and industry leaders for an inspiring program highlighting the latest advances in coatings and surface engineering. It will showcase breakthroughs in plasma, laser, ceramic, polymer, and biomedical coatings and foster interdisciplinary exchange on corrosion, tribology, thin films, and innovative applications.

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.

Professor Yolanda Hedberg discusses implant corrosion, examining how joint implants interact with the body and the complications that may affect patients.

This AWWA-ASDWA course teaches how to select, analyze, and apply corrosion-control treatment data to minimize lead and copper release and to determine when reevaluation is warranted.

Corrosion protection is shifting from maintenance to business value, exposing hidden costs while powder coatings extend asset life and performance.

This foundational course covers the eight major forms of corrosion that affect all metals and industries, teaching participants to identify risks, understand the driving forces, and apply practical control techniques. Twelve lessons cover aqueous corrosion principles, material selection, protective coatings, cathodic protection, and failure diagnosis. Ideal for engineers, managers, designers, technicians, and chemical or petroleum industry specialists seeking practical, applicable corrosion management knowledge.

This is the first part of a three-part AWWA and ASDWA program that guides water utility professionals from corrosion chemistry to regulatory action for lead reduction. It covers electrochemical processes, water-quality impacts, and Pourbaix diagrams, equipping participants with the theoretical foundation and practical treatment strategies to minimize metal release and optimize system safety.

This course introduces essential corrosion prevention principles for non-specialists, covering design considerations, material selection, and protective methods, including coatings, inhibitors, and cathodic protection. With clear illustrations and assessments, it builds a practical foundation for staff across technical, commercial, and management roles in any industry exposed to corrosion.

This course teaches essential corrosion testing and monitoring techniques, covering laboratory and field methods, electrochemical procedures, specimen preparation, and failure diagnosis. Narrated animations, demonstration videos, and interactive quizzes reinforce learning. It is ideal for design engineers, operators, technicians, process engineers, QA managers, and anyone seeking practical skills to evaluate materials and control corrosion effectively.

The podcast explores how simulation tools can advance corrosion analysis and the design of protective systems. Attendees gain practical insight into modeling electrochemical reactions, electrolyte transport, sacrificial anodes, and impressed-current systems, with a live demonstration of the COMSOL Corrosion Module's key capabilities.

This seminar presents Xylem's ORCA program, an outcome-based approach to odor and corrosion control for utilities that offers guaranteed performance, budget certainty, continuous optimization, and fewer chemical deliveries. Through real-world case studies, participants will explore data-driven strategies to improve operational reliability, sustainability, and long-term system performance.