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.

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.

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

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.

Understand the fundamentals and key processes involved in the field of chemical engineering. Become familiar with principles of chemical and physical processes including basic chemistry.

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.

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.

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 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.

Gain knowledge necessary to identify explosion hazards, implementation of common prevention and mitigation options, and the awareness of when to seek additional assistance.

Excel™ is a powerful tool for solving many types of engineering problems. Learn how to solve algebraic equations, create data integration, and develop your spreadsheet management skills.

This course is designed to provide you with a general understanding of the fundamentals as well as practical elements involved in refinery process engineering.

Familiarize yourself with the knowledge and tools you will need to examine your workplace for the hazards, assess protection needs, and to comply with the new OSHA National Emphasis Program.

Learn the capabilities of the built-in programming language of Microsoft Excel™ and Visual Basic (VBA) when applied to different engineering and technical applications.

Troubleshoot, solve and conceptualize difficult distillation problems in the plant. Specify and select hardware best suited to various distillation problems and objectives.