CHEMICAL PROCESS ENGINEERING FUNDAMENTALS: Material balances, energy systems, reaction engineering, separation processes, process equipment, thermodynamics, and plant operations - Softcover

Inhaltsangabe

Chemical process engineering combines chemistry, physics, mathematics, thermodynamics, and engineering principles to transform raw materials into useful products through controlled industrial processes. Understanding these systems requires knowledge of material balances, energy flows, reactions, separations, equipment, and plant operations.

CHEMICAL PROCESS ENGINEERING FUNDAMENTALS provides a structured introduction to the principles used to analyze and understand chemical processing systems. The book covers material balances, energy systems, reaction engineering, separation processes, process equipment, thermodynamics, and plant operations.

Readers will examine how material and energy flows are represented and analyzed within process systems. The book also explores chemical reactions, reaction rates, equilibrium, phase behavior, separation methods, and the role of process equipment in supporting industrial production.

Key topics include:

* Fundamentals of chemical process engineering
* Process flows and system representation
* Material balances and process calculations
* Energy balances and energy systems
* Chemical thermodynamics
* Phase equilibrium and process behavior
* Chemical reaction engineering
* Reaction rates and reactor fundamentals
* Separation processes and techniques
* Distillation and related separation systems
* Heat and mass transfer considerations
* Process equipment and equipment functions
* Process control and plant operations
* Process safety and operational considerations

The book approaches chemical processing as an interconnected engineering system in which material flows, energy requirements, chemical reactions, separation operations, and equipment performance influence overall plant behavior. Readers will explore how fundamental engineering concepts are applied to understand and evaluate industrial process systems.

Attention is also given to plant operations, process control, equipment performance, and safety considerations. These areas help connect theoretical principles with the practical operation of chemical processing facilities.

For chemical engineering students, process engineers, technicians, plant personnel, researchers, and technical readers seeking a structured foundation in chemical process engineering, CHEMICAL PROCESS ENGINEERING FUNDAMENTALS provides a broad overview of material balances, energy systems, reaction engineering, separation processes, process equipment, thermodynamics, and plant operations.

Die Inhaltsangabe kann sich auf eine andere Ausgabe dieses Titels beziehen.