Online Events

This speech explores the use of quantum computing to model corrosion reactions at the atomic scale. It addresses the computational limitations of classical first-principles methods, such as DFT, and demonstrates how advanced quantum algorithms can more accurately predict chemical kinetics and interfacial behavior in materials design.

This course certifies experienced coatings inspectors to work in highly regulated nuclear power plant environments. Building on existing CIP credentials, it covers coating service-level classifications, qualified systems, surface preparation, NRC compliance, and safety-related program development, equipping professionals to meet the most stringent inspection and regulatory standards for safety-critical facilities.

The talk explores the benefits and applications of galvanizing across key industry sectors, highlighting its advantages in sustainability, safety, and durability, and its critical role in developing more efficient, resilient, and long-lasting steel structures.

The talk explores the benefits and applications of galvanizing across key industry sectors, highlighting its advantages in sustainability, safety, and durability, and its critical role in developing more efficient, resilient, and long-lasting steel structures.

The course covers the requirements for supervising and managing risks associated with hydrocarbon activities, including methodologies and techniques for hazard identification, risk analysis, and the implementation of effective safety management strategies.

The course covers the requirements for supervising and managing risks associated with hydrocarbon activities, including methodologies and techniques for hazard identification, risk analysis, and the implementation of effective safety management strategies.

The presentation will delve into how GIS technology can transform the way we manage the integrity of industrial assets and control corrosion.

The presentation will delve into how GIS technology can transform the way we manage the integrity of industrial assets and control corrosion.

This talk explains how everyday household items, from tools to appliances, quietly corrode, detailing the roles of moisture, temperature, chemicals, galvanic effects, and microbes. Using familiar examples, it connects basic corrosion science to everyday life to promote public awareness of corrosion.

A talk that addresses the content of one of the most popular spaces during the CIC 2026 Technology Day, offering a new opportunity to strengthen technical skills and learn about best practices applicable to asset integrity and reliability management.

A talk that addresses the content of one of the most popular spaces during the CIC 2026 Technology Day, offering a new opportunity to strengthen technical skills and learn about best practices applicable to asset integrity and reliability management.

Virtual conference streamed in Central European Time. Live sessions begin daily at 09:00 CET (08:00 London, 04:00 New York, 19:00 Sydney). Content spans electrochemical mechanisms, steel corrosion, coatings, new materials, biomedical implants and AI‑driven prediction tools, delivered through oral/poster presentations and expert panels.

In this speech, you learn how to calculate Weather-O-Meter test durations to simulate field exposure or achieve a specific exposure condition, covering ISO 4892-2, SAE J2527, and ASTM D7869, while highlighting the practical limitations of these key estimation methods.

It is a module within the ASTM Cathodic Protection Design Diploma. Based on internationally recognized standards and validated methodology, it combines theory with practical calculation workshops to prepare professionals for certified, real-world cathodic protection design for buried pipelines and storage tanks.

This event introduces the fundamentals of cathodic protection, field evaluation methods, and design criteria. It covers galvanic anode and impressed-current systems, interference currents, and organic coatings, with a focus on pipelines and tanks in the extractive industries.

The certification validates advanced theoretical and practical competence in cathodic protection, with a strong emphasis on data interpretation, troubleshooting, and basic system design for both galvanic and impressed-current installations. Aimed at experienced CP professionals with solid engineering and scientific backgrounds, it develops skills in polarization theory, identifying measurement errors, determining current distribution, performing advanced CP testing and interference investigations, and designing and installing simplified CP systems, including appropriate calculations and corrective actions.

This seminar explores quality assurance and inspection equipment selection, offering practical guidance on choosing the right tools for effective use and reliable results.

The event explores how compressing and intensifying weather conditions in laboratory settings enables professionals to predict product lifespan, identify potential failure modes, and detect undesirable changes in appearance and performance, delivering critical durability insights in significantly less time than real-world exposure.

This course enhances expertise in internal corrosion control, emphasizing environment assessments, corrective actions, and integrity management for pipeline systems. Participants develop skills in data analysis, monitoring techniques, and mitigation strategies essential for sustaining long-term pipeline asset integrity.

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.

Seminar on corrosion of steel reinforcement in concrete structures, covering chloride attack, pH reduction, carbonation, corrosion mechanisms, and protection methods such as coatings, hot-dip galvanizing, waterproofing, and cathodic protection. It also reviews the fundamentals of cathodic protection, its applications and limitations, and the Brazilian standard ABNT NBR 17277.

This webinar presents Magnetometry Inspection, a contactless method for assessing buried-pipeline corrosion. It covers the physics, defect quantification, comparisons with in-Line Inspection (ILI), Direct Current Voltage Gradient (DCVG), and Close Interval Potential Survey (CIPS), and validation through the German DVGW NEMEK research project and field tests.

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 advanced cathodic protection course deepens understanding of polarization, current distribution, and measurement errors while developing skills in CP testing, data interpretation, interference diagnosis, and the basic design and installation of galvanic and impressed current systems to ensure optimal asset protection.