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.

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.

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.

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.

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

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.

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

Explore a thorough overview of the most recent developments, newest equipment, and emerging design concepts in the field of fluid mixing.

Learn the fundamentals of chemical and biochemical engineering within various manufacturing and technology industries. This course is designed for scientists, research and non-chemical engineers.

Fischer-Tropsch Synthesis catalysis: process chemistry; catalyst design, prep, characterization, testing, deactivation; reactor design & modeling.

Develop skills in practical statistical analysis and design of experiments to process validation, as well as how to use Excel™ as a tool for basic statistical analysis

This combo course introduces you to Programming capabilities of Microsoft Excel/Visual Basic (VBA) and techniques & tips for using spreadsheets efficiently.

An updated approach to chemical reaction engineering that allows you to perform more efficiently, gain new design capabilities and develop new optimization and process control tools

Today’s volatile crude prices make demands like achieving low sulphur, low toxic fuels content a source of high anxiety. You need to know the latest fuel blending technologies and how to manage them.