
Process Design, Economics, and Project Engineering
The principal goal of this textbook is preparing process/chemical engineers for a wide variety of process-related jobs. It is also a reference resource for engineers working in the process and process design industries. The book assumes prerequisite knowledge of material and energy balances, heat transfer, fluid flow, and mass transfer. The principal goal of this textbook is to prepare process and chemical engineers for careers in a wide variety of process‑related jobs. This book will also serve as a reference resource for engineers working in the process and process design industries. It assumes prerequisite knowledge of material and energy balances, heat transfer, fluid flow, and mass transfer but does not require any prerequisite knowledge of economics, process control, process safety, or material selection. Its structure is uniquely organized to follow the project life cycle that is most commonly used by engineering contractors and the operating companies they serve in the process industries. KEY FEATURES This textbook is aimed at advanced undergraduate students in chemical engineering studying process plant design and economics and serves as a handbook for practicing process and process project engineers. A solutions manual and lecture slides are available to qualifying adopting instructors.
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Description
The principal goal of this textbook is preparing process/chemical engineers for a wide variety of process-related jobs. It is also a reference resource for engineers working in the process and process design industries. The book assumes prerequisite knowledge of material and energy balances, heat transfer, fluid flow, and mass transfer. The principal goal of this textbook is to prepare process and chemical engineers for careers in a wide variety of process‑related jobs. This book will also serve as a reference resource for engineers working in the process and process design industries. It assumes prerequisite knowledge of material and energy balances, heat transfer, fluid flow, and mass transfer but does not require any prerequisite knowledge of economics, process control, process safety, or material selection. Its structure is uniquely organized to follow the project life cycle that is most commonly used by engineering contractors and the operating companies they serve in the process industries. KEY FEATURES This textbook is aimed at advanced undergraduate students in chemical engineering studying process plant design and economics and serves as a handbook for practicing process and process project engineers. A solutions manual and lecture slides are available to qualifying adopting instructors.









