Address challenges associated with separations involving crystallization. Develop methods for manipulating crystal size distribution, morphology, and purity.

Learn the latest developments in Layer of Protection Analysis (LOPA), as well as the newest methodology for hazard evaluation and risk assessment.

Gain a thorough understanding of process safety regulations and place an effective process safety management (PSM) and risk management plan in your organization.

This course addresses the needs of non-specialist FEA users and covers different FEA formulations, while also providing tools for error analysis.

What’s the best thing you can do about accidental releases of the hazardous materials floating and sloshing around in your plant’s closed system? Keep them contained in the first place.

This customized 5-day combination course provides a comprehensive and valuable guide to effectively design and correctly analyze piping systems.

This course will introduce engineers, designers and construction personnel to the area of piping and plant layout.

You are responsible for operating, designing or managing chemical process industry facilites that require emergency over-pressure relief to ensure safety in the event of runaway reactions.

This course will provide the attendee with an overall understanding of the basic principles and applications of the major NDE methods as they relate to ASME Code Sections V, VII, and IX.

This course provides the background and skills necessary to lead effective root cause analysis.

This course addresses each checklist item and procedure in the ASME A17.2 Guide for Inspection of Elevators, Escalators and Moving Walks.

This course reviews refrigeration basics, general descriptions of chillers, chiller systems, building operating dynamics and the economics of chiller systems.

Discuss methods for evaluating the performance and operation of gas turbines, as well as materials and fuels, the control of combustion emissions, and elements of condition monitoring and maintenance.

Receive an overview of the codes and standards applicable to the construction of new nuclear facilities.

This workshop and problem-solving course will train participants in the unique problem solving process known as TRIZ (the popular Russian translation for the Theory of Inventive Problem Solving).

This course is designed to assist those familiar with the B31.3 Process Piping Course, as well as to understand the relationship of the F&E rules of the Code to the Design and Materials rules.

Successful coaches need to empower others to develop goals and achieve their personal and organizational objectives. Learn to identify coaching opportunities and uncover potential barriers.

This course provides a greater awareness of thermal-hydraulic loads, shows how to use a variety of tools for estimating load characteristics, and instills confidence in making predictions of loads.

Based on the rules for construction, this course covers code requirements including background, types, design materials, fabrication, inspection, and testing of power boilers

Investigate requirements for seismic design and retrofit of critical facility systems and equipment from the national codes, as well as evaluate plant piping to ensure those requirements are met.