Online Events

This course updates currently accredited Hot Dip Galvanizing Inspectors on the new AS/NZS 4680:2025 requirements and related best practices for assessing galvanized steel. It ensures inspectors maintain certification and remain aligned with the latest Australian, New Zealand, and international standards for inspecting galvanized steel articles.

Tunnel Vision - The LHDA Shut Through The Inspector’s Lens.

Focuses on innovative methods to enhance reliability, safety, and data-driven decision-making in industrial infrastructure. Invites professionals in oil, gas, and petrochemicals to submit abstracts on topics such as asset integrity management, advanced inspection, corrosion control, and AI-based predictive maintenance.

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.

AMPP Australia resumes its webinar series discussing surface-applied cathodic protection for concrete structures.

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 seminar explores the range of laboratory weathering instruments, examining different lamp technologies and their spectral irradiance characteristics. It highlights key similarities and distinctions among instrument types, clarifying how these systems simulate environmental exposure and influence material durability testing.

This talk addresses the technical and analytical evaluation of compatibility among coating systems in industrial maintenance, emphasizing performance, durability, and reliability. Participants learn field and laboratory methodologies, relevant international standards, and cleaning requirements, and understand the technical, operational, and economic impacts of skipping compatibility tests to ensure coating integrity and optimize maintenance costs.

The speech presents the restoration study of the historic 1898 Iron Bridge in Luján de Cuyo, Argentina. Through detailed metallographic, chemical, and mechanical testing, the team characterized the properties of the wrought iron and assessed corrosion damage. Emphasis is placed on preservation strategies, including corrosion mitigation, repair methods, surface preparation, and protective coating applications to ensure long-term durability.

This seminar explains how real-world environmental stress factors are translated into artificial weathering test cycles for automotive, textiles, coatings, and other applications. Participants learn common test methods, review practical examples, and receive guidance on which parameters to include or exclude when designing robust, meaningful weathering test methods.

The seminar explains how to achieve and control acceleration in weathering tests, covering technical solutions, factors for reliable and meaningful results, and methods for validating reciprocity. It also shows how acceleration models support realistic service-life predictions.

An advanced online course for professionals in oil and gas focusing on integrity and reliability of static equipment. Includes inspection planning, deterioration monitoring, fitness-for-service and risk analysis, and corrosion prevention aligned with international standards.

This course provides a comprehensive understanding of geothermal drilling technology and engineering principles, ensuring that participants can design, plan, and execute geothermal wells efficiently and safely. It explains drilling technology, equipment, well planning, metallurgy for high-temperature corrosive brines, well control and safety, and geothermal-specific challenges such as lost circulation and thermal stability, showing how oil and gas best practices can be adapted for geothermal projects.

This course trains participants to investigate and diagnose industrial corrosion failures. It combines a virtual theoretical module covering information gathering, corrosion types, testing, and diagnostic procedures with in-person workshops that analyze real case studies. It is aimed at maintenance, contractor, consulting, and engineering professionals responsible for asset integrity and corrosion problem-solving.

This webinar examines the critical role of protective coatings in extending the lifespan of steel bridges through comprehensive lifecycle management, covering evaluation, design, inspection, and ongoing maintenance. Aligned with AMPP standards and industry best practices, the session is essential for asset owners, consultants, inspectors, and manufacturers involved in corrosion control and infrastructure preservation.

This talk examines corrosion threats to deep geologic repositories for high-level nuclear waste, focusing on the degradation of copper and zirconium alloy components under evolving environmental conditions. Key topics include microbially induced corrosion, galvanic coupling, hydrogen absorption, and uranium dioxide dissolution. These phenomena are investigated using advanced electrochemical and surface analytical techniques to support long-term safety assessment models.

This talk explains how tank-bottom recovery using specialized coatings, in line with API standards, provides an efficient technical alternative for structural protection and operating-cost optimization. It covers fundamentals, recovery options, economic benefits, solutions, and practical case studies, aimed at maintenance engineers, asset-integrity staff, inspectors, and industrial coating contractors.

A global virtual event for the graphene and 2D materials value chain. Sessions cover applications ranging from electronics and energy storage to composites and construction, with strong focus on graphene-enhanced anticorrosion coatings, barrier materials, and durability improvements that reduce maintenance and environmental impact.

This seminar explains how to compare and validate accelerated and natural weathering results using mathematical and statistical methods, discusses strategies to improve correlation, and explains why strong correlation is essential for reliable service-life prediction. It concludes a six-part online seminar series on general weathering.

Mechanical, chemical, and biological interfacial processes of relevance to biomedical implant performance

This seminar trains PhD candidates and young researchers in the corrosion of additively manufactured metals. Participants will engage in expert lectures, case studies, and interactive discussions on degradation mechanisms, testing methods, and the durability of AM components, thereby strengthening skills in research, asset reliability, and materials performance for advanced engineering applications.

This three-day seminar explains when and why electronic assemblies require protective coatings and how to select and apply them correctly. Participants gain practical, application-oriented knowledge on coating properties, processing, and corrosion protection to ensure reliable long-term performance of electronic systems in demanding environments.

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.

A technical seminar covering fundamentals, application criteria, best practices, and challenges related to corrosion and cathodic protection of buried and submerged steel installations and concrete structures, with a strong practical focus.