This seminar explains the principle intentions of the B31.3 Code and offers insight to piping system failure, with requirements for prevention, in an interactive environment for piping engineers.

This 5-day overview is a combination of ASME pressure vessel courses providing comprehensive coverage of the design and fabrication of pressure vessels, as well as their repair and inspection.

A comprehensive introduction to Code requirements from background to materials to testing. This course is intended for beginners, as well as veteran engineers interested in a refresher on the Code.

This course for welding engineers and quality assurance personnel, covers the requirements of ASME Section IX by reviewing the welding and brazing process, variables, and basic welding metallurgy.

This intensive course brings you the most updated information on Power Piping Code requirements and insight on the evolution of these requirements, as well as expectations for future revisions.

This course provides an overview of pumps, valves, their interaction for optimum system performance, warning signs of operational failure, and guidance for making cost-effective system decisions.

This course provides a thorough understanding of welding technology for those with no previous exposure, but who need to understand the fundamentals and practical applications of welding.

This course provides a practical understanding of fatigue and fracture calculations. Examine state-of-the-art methodologies such as the API 579 procedure and the British Standards PD 6493 approach.

Keep all types of bulk solids flowing smoothly throughout your plant with minimum downtime, maximum reliability and quality control. Solve and prevent flow problems and purchase the right equipment.

This 2-day course explains the present-day piping Code provisions, the principle intentions of the Code, and how the Code should be used, with an emphasis on transmission pipelines.

This is a comprehensive introduction to pressure equipment codes and standards regarding inspection, repairs and alterations, as well as the National Board Inspection Code and the API-510.

Gain basic understanding of chemical-processing facility concepts like heat transfer, evaporation, crystallization, distillation, absorption and extraction, as well as filtration and separation.

This course takes into account the business environment engineers face on a daily basis when confronting projects of varying applications and how project management will improve outcomes.

This overview of Section III, Division 1 will assist technical organizations, utilities, equipment and material manufacturers, installers and insurance companies in understanding the Nuclear Code.

This course provides understanding of failure, implementation of optimum repair techniques, as well as calculating remaining life of degraded components (tanks, vessels, boilers, and piping systems).

Understand and apply background information on Fitness-for-Service assessment, especially as it applies to the refining and chemical process industries, which are the primary focus of API 579.

Explore recent developments in heat exchangers, thermal design of shell and tube exchangers, air-cooled heat exchangers and reboilers. Also learn how to diagnose and correct operating problems.

Better understand common problems that occur during pneumatic conveying, as well as how individual parts interact to form an effective system.

Learn to select and apply the various PHA methods to your process which includes how to prepare PHAs, ensure compliance with current U.S. regulations, and how to conduct and report PHAs.

Vibration analysis/design, rotating equipment/foundation, blasts, earthquakes, transportation vibrations, tuned mass dampers, isolators, vibration monitoring and test-analysis correlation are covered.