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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.

This self-paced AWWA/ASDWA eLearning program guides water utilities through the chemistry of corrosion, its evaluation, and the implementation of corrosion-control treatments to support lead reduction and regulatory compliance. Participants learn to evaluate, select, implement, monitor, and optimize these treatments using practical methods, tools, field studies, and performance criteria.

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 provides foundational knowledge for identifying, preventing, and predicting electrochemical corrosion in metals and alloys. Through detailed illustrations, narrated explanations of mechanisms, and real-world industrial case studies, participants learn to identify uniform, galvanic, pitting, and high-temperature degradation, and to optimize material performance across diverse service conditions.