Chemical Engineering Fundamentals (Chemical Engineering Fundamentals & Design Book 3)

Are you preparing for the Professional Engineer/FE/GATE/Assistant Professor examinations in Chemical Engineering and tired of hunting through multiple textbooks to build your core concepts? Look no further. Chemical Engineering Fundamentals is a completely self-contained, first-principles preparation resource designed to take you from foundational theory to advanced problem-solving without requiring any prior reference books.Key Features & Learning AidsTo maximize your study efficiency and retention, every chapter incorporates a unique box-color coding system:Key Formula Boxes: Every important equation highlighted and clearly boxed for rapid revision.Solved Examples: GATE-style problems worked out step by step to demonstrate practical application.Concept Notes: Deep-dive physical interpretations, common mistakes to avoid, and essential design insights.Practice Problems: Curated problems for independent practice before checking answers.Derivations: Full, line-by-line mathematical derivations so you never have to memorize blindly.Master Formula Sheet: A comprehensive appendix included at the end for ultimate high-yield review during your final week before the exam.Comprehensive CoverageProcess Calculations and Thermodynamics: Units and dimensions, stoichiometry, material balances with recycle/purge, first and second laws of thermodynamics, equations of state (Peng-Robinson, Virial, vdW), residual properties, partial molar properties, phase equilibria (VLE, Antoine equation), and chemical reaction equilibrium.Fluid Mechanics and Mechanical Operations: Fluid properties, non-Newtonian fluids, fluid statics, Bernoulli's equation, boundary layer theory, Ergun equation, packed beds, fluidization, agitation, and particle technology.Heat Transfer: Conduction (Fourier's law), transient cooling/heating, convection (dimensionless numbers), radiation networks, overall heat transfer coefficients, LMTD, NTU-effectiveness, boiling, and multiple-effect evaporation.Mass Transfer: Molecular diffusion (Fick's laws), film and two-film theories, gas absorption, McCabe-Thiele distillation, liquid-liquid extraction, drying, and adsorption.Chemical Reaction Engineering: Reaction kinetics, ideal reactors (Batch, PFR, CSTR), multiple reactions, non-isothermal reactors, residence time distribution (RTD), and heterogeneous catalysis (LHHW, Thiele modulus).Instrumentation and Process Control: Process measurements, Laplace transforms, first and second-order dynamics, PID controller tuning, stability analysis (Routh-Hurwitz, Bode plots), and advanced control strategies.Plant Design and Economics: Cost estimation, depreciation, profitability analysis (NPV, IRR), process optimization, pinch analysis, and HAZOP safety studies.Chemical Technology: Inorganic and fertilizer industries, natural products, petroleum refining, catalytic cracking, petrochemicals, polymer manufacturing (LDPE, HDPE, PVC, PET, Nylon), and green chemistry.Who Should Read This Book?Aspirants targeting top ranks in the Professional Engineer/FE/GATE Chemical Engineering examination.Candidates preparing for Assistant Professor and public sector undertakings (PSUs).Undergraduate chemical engineering students seeking a clear, intuitive, and rigorous companion text.Master the fundamentals, eliminate guesswork, and crack your exams with confidence.