Online Events

This seminar explains why integrity assessment is essential for mining assets. It demonstrates how it helps make better maintenance choices and planned shutdowns. The focus is on cutting economic losses and lowering risks to people and the environment by preventing failures before they happen.

This seminar showcases Iso-Smart's real-time AC interference monitoring technology for pipeline protection. Learn to differentiate AC from DC, measure true AC magnitude and frequency, identify hazardous density levels, and optimize mitigation spending. The live demo features a dashboard walkthrough, real-world case studies, and expert Q&A, and includes a 3-month free trial, making it relevant for professionals managing pipeline integrity amid accelerating corrosion risks.

This seminar examines the characteristics of carbon steel and corrosion, with a focus on technical standards: ABNT NBR ISO 9223:2024 (corrosivity classification), ABNT NBR 6323:2025 (hot-dip galvanizing), and ABNT NBR 16733:2019 (duplex paint systems). It highlights the sustainability of galvanization and presents Brazilian case studies demonstrating the superiority of duplex systems in corrosion protection.

This course covers the legal and technical requirements for pressure equipment in Portugal, with a strong focus on corrosion prevention and integrity management. It emphasizes the application of the European Directives Applicable to Pressure Equipment (PED and SPVD) and Decree-Law 131/2019, enabling participants to design, operate, inspect, and maintain pressure equipment safely and in compliance, with reduced risk of incidents.

This seminar examines advanced materials science through two case studies: high-entropy, five-element refractory coatings that provide superior oxidation resistance and thermal stability for energy sector applications, and the scientific analysis of Notre-Dame's historical mortars, which leads to innovative fire-resistant solutions tested during the cathedral's reconstruction after the 2019 fire.

In the podcast, the interviewee discusses how native soil fungi can break down pipes and other non-metallic materials, threatening asset integrity while also offering an unexpected way to tackle the global issue of plastics and microplastics.

This seminar examines integrity challenges in emerging fuel transport—hydrogen and captured CO₂, focusing on embrittlement, corrosion, and material selection. The speech explores how AI and machine learning are revolutionizing pipeline inspection, leak detection, and risk analysis, and emphasizes the essential role of multidisciplinary talent development in managing new degradation mechanisms and ensuring safe, sustainable energy infrastructure.

This seminar examines why traditional pipeline isolation gasket designs fail under modern operating conditions, such as higher pressures, aggressive chemicals, and fire-safe requirements. It reviews advanced technologies, real-world failures, and key specification considerations to ensure dependable isolation performance in today's demanding service environments.

This seminar demonstrates how simulation-driven insights improve pipeline integrity by predicting CP and AC interactions, identifying critical zones, and guiding mitigation and fieldwork. It aids better design and maintenance decisions for corrosion engineers, CP specialists, pipeline integrity teams, operators, and asset managers.

This three-part seminar series on electrochemical impedance spectroscopy (EIS) covers fundamentals, data interpretation, and neural engineering applications. Participants will learn EIS principles, modeling and error analysis, and practical techniques for characterizing and improving electrode performance.

The seminar explores reliability engineering models in Asset Integrity Management. It highlights how Bayesian statistics support Risk-Based Inspection (RBI) and how Weibull analysis forecasts equipment lifespan. Participants will learn to use these statistical tools to enhance risk assessments and maintenance strategies.

A speech focused on the core principles of cathodic protection and industrial coatings, offering an exclusive preview of a comprehensive course provided by the organizers. Relevant for professionals in asset integrity, corrosion, maintenance, inspection, or engineering.

The event highlights how cleaner exposure, bath temperature, and line speed influence soil removal, conversion coating, and corrosion resistance. Learn to monitor beyond titrations, detect process drift early, and prevent costly coating failures through improved chemistry, testing, and cross-team communication.

This one-day refresher course updates currently accredited Hot Dip Galvanizing Inspectors on the new requirements of AS/NZS 4680:2025. It ensures inspectors maintain competence in assessing and inspecting galvanized steel articles in accordance with the latest Australian, New Zealand, and international standards and best inspection practices.

A field investigation seminar examining AC-induced corrosion at coating defects in 3-Layer Polyethylene and hard-bounded polyurethane pipeline coating systems in low-resistance sabkha soils is presented. It delivers critical insights for engineers managing corrosion risk in challenging Middle Eastern and arid coastal environments.

This is an event devoted to emphasizing issues concerning corrosion, especially prepared for people working in the industry

A speech fully aligned with the organizers' scope on education about the importance of protecting and preserving structural integrity

Discover how cutting-edge technology is transforming corrosion control and asset management.

This webcast explores how maritime stakeholders can enhance safety, resilience, and sustainability across the shipping and port sectors. It covers decarbonization, green transitions, security, safety, well-being, evolving International Maritime Organization compliance, and modernization efforts shaping the future of commercial maritime operations.

Discover how hot-dip galvanized steel reinforcement extends the lifespan of concrete structures by resisting carbonation and delaying chloride-induced corrosion. Learn to measure durability improvements and lower Global Warming Potential using Environmental Product Declaration data and industry-approved models.

This M.Sc. thesis defense focuses on microbiologically induced corrosion (MIC). MIC accounts for up to 30% of global corrosion losses and remains difficult to quantify. This study combines electrochemical impedance spectroscopy with interpretable machine learning, specifically, Gradient Boosting and SHAP analysis, to predict corrosion severity, establishing a reproducible baseline and advancing quantitative MIC modeling.

The speech presents weathering test methods for building and construction materials exposed to outdoor conditions, including window frames, siding, paints, sealants, wood, glass, vinyl, and concrete. It provides an overview of relevant procedures for evaluating durability and performance in architectural applications.

It is a technical event that opens dialogue on corrosion as a silent threat to development, highlighting zinc, infrastructure durability, and practical protection criteria for real-world projects.

This seminar explores how intelligent, remote monitoring is transforming cathodic protection, shifting the focus from periodic inspections to real-time monitoring of key parameters. It shows how integrating CP monitoring into integrity management improves risk detection, maintenance optimization, and decision-making for current and future pipeline professionals.