Chemical Engineering Formula Handbook: Essential Equations, Physical Constants, Conversion Factors, and Core Principles for Students & Engineers

The Ultimate Compact Formula Reference for Chemical Engineers WorldwideDesigned for university students, FE / PE examination candidates, and practicing chemical engineers, the Chemical Engineering Formula Handbook consolidates 10 core subjects into a single, high-density, print-optimized reference guide.Every equation is accompanied by clear variable definitions, standard SI units, validity bounds, and practical application notes. Engineered specifically for rapid exam revision and daily engineering calculations, this handbook strips away verbose narrative fluff to deliver pure, usable technical data.Core Subjects Covered:Reference Tables: Universal physical constants, comprehensive SI/US unit conversion factors, Greek symbol conventions, and Master Table of Dimensionless Numbers.Fluid Flow: Hydrostatics, Navier–Stokes, Hagen–Poiseuille, friction factor models (Moody/Fanning), boundary layer theory, minor losses, and obstruction meters.Heat Transfer: 1D/2D conduction, transient systems, Nusselt correlations, LMTD and ε–NTU exchanger design, radiation view factors, and film/pool boiling.Mass Transfer: Fick’s laws, stagnant & equimolar diffusion, mass transfer coefficients (Whitman, Higbie, Danckwerts), McCabe–Thiele distillation, absorption, and Kremser equation.Mechanical Operations: Particle size distribution, Sauter mean diameter, Ergun equation, Bond/Rittinger/Kick laws, screening, settling, and cyclone separation.Thermodynamics: First & second laws, Maxwell relations, fugacity, activity coefficient models (NRTL, UNIQUAC, Wilson), vapor-liquid equilibrium (VLE), and reaction equilibrium.Chemical Reaction Engineering (CRE): Batch/CSTR/PFR performance equations, multiple reaction yields, RTD functions E(t) and F(t), Thiele modulus, and effectiveness factors.Instrumentation & Process Control (IPC): Transfer functions, first/second-order step responses, PID controller tuning, Bode & Nyquist stability, and RGA interaction.Process Calculations & Stoichiometry: Material & energy balances, bypass/recycle streams, psychrometrics, humidity charts, and combustion stoichiometry.Plant Design & Economics (PDE): Capital cost scaling (six-tenths rule), Lang factors, depreciation (straight-line, MACRS), profitability metrics (NPV, IRR, payout), and ASME pressure vessel sizing.Key Features:Exam Traps & Pitfalls: High-yield warnings highlighting common exam mistakes, unit conversions slips, and design assumptions.Quick-Revision Tables: High-density summary tables at the end of each subject for instant equation retrieval during study sessions.Global Engineering Scope: Strictly updated to remove region-specific exam references, making it valid for FE/PE (USA), university curricula (Global), and professional practice worldwide.Print-Optimized B&W Interior: Crisp black-and-white vector diagrams and typography designed for high readability without high color printing costs.Whether you are preparing for college exams, studying for professional licensure, or solving plant design calculations, the Chemical Engineering Formula Handbook is your indispensable desktop companion.