Operators will gain an excellent understanding of the theory of distillation and how it works in a column, plus gain a solid foundation on the principles of operations without getting too product specific.
Starting with the fundamentals (the basic principles of mixing), this course continues with practical applications to mixing technology, and ends with advanced topics such as solid-liquid processes. Operators will gain an excellent understanding of mixing theories and how they work in today's mixing technology without getting too product specific.
This course is ideal for chemical and mechanical engineers who are engaged in plant operations, technical services, and project design; or with assignments involving heat exchanger sizing, specification, or operation.
The key to maximizing the useful life of heat-transfer fluids in liquid-phase systems is proper fluid selection. This article discusses the most common methods of deterioration and suggests potential solutions.
Embedding a rigorous heat exchanger model within an established simulation environment can help engineers increase process yields, while minimizing heat exchanger energy consumption and capital expenditures.
Potential energy savings for chilled-water cooling systems are often overlooked. A detailed review of the cooling system along with the appropriate temperature and flowrate measurements will help you identify ways to cash in on these savings.
Process burners may be classified based on flame shape, emissions, fuel type, and other characteristics. Here’s what you need to know to work effectively with a burner manufacturer when selecting a burner for your application.
Baffles play a crucial role in regulating shellside fluid flow and improving heat transfer between shellside and tubeside process fluids. Here's how to choose the correct baffle to meet process requirements.