A guide to chemical engineering process design and economics
Upper-level undergraduate text for process design courses in chemical engineering. Introduces students to the technology and terminology they will encounter in industrial practice. Presents short-cut techniques for specifying equipment or isolating important elements of a design project. Emphasizes project definition, flow sheet development and equipment specification. Covers the economics of process design. End-of-chapter exercises guide students through step-by-step solutions of design problems. Includes four case studies from past AICHE competitions.
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AAAA agitation alkylate alloy annual barg blowers boiler boiling point elevation calculated capacity capital cost carbon steel cash flow centrifugal Chapter Chem chemical engineering combustion compression compressors Condensate construction contactors conveyor corrosive depreciation diameter distillation drum dryers economic efficiency electricity employed enthalpy Equation estimate expenses factor feed Figure filters fixed capital flow rate flow sheet fluid fraction gas-solid gases heat exchanger heat transfer coefficients illustrated investment kg/s kilogram limited liquid Liquid Liquid material balance McCabe and Smith mechanical methanation mills mixers Moderate module cost module factors multiple-effect evaporators operating optimum particles percent Perry power consumption preheat process flow diagram process vessels pump Purchased equipment costs ratio reactor reboiler rotary separation shell and tube solids specific spray tower steam step storage tanks techniques temperature tower tray Treybal turbine typical units usually utility vapor velocity vertical viscosity