PROCESS ENGINEERING UNIT OPERATIONS: A PRACTICAL GUIDE TO FLUID FLOW, HEAT TRANSFER, MASS TRANSFER, SEPARATION, AND PROCESS SYSTEMS - MAXWELL, PhD, JONATHAN;;;LUTHER, K.
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PROCESS ENGINEERING UNIT OPERATIONS: A PRACTICAL GUIDE TO FLUID FLOW, HEAT TRANSFER, MASS TRANSFER, SEPARATION, AND PROCESS SYSTEMS
MAXWELL, PhD, JONATHAN;;;LUTHER, K.
Synopsis "PROCESS ENGINEERING UNIT OPERATIONS: A PRACTICAL GUIDE TO FLUID FLOW, HEAT TRANSFER, MASS TRANSFER, SEPARATION, AND PROCESS SYSTEMS"
PROCESS ENGINEERING UNIT OPERATIONS is a comprehensive professional reference for students, engineers, technical professionals, and practitioners who need a practical working guide to the core unit operations used across chemical and process industries. Written by JONATHAN MAXWELL, PhD and K. LUTHER, this manual brings together fluid flow, heat transfer, mass transfer, separation processes, particle technology, mixing, drying, crystallization, process control, safety, reliability, and integrated process systems in one structured volume. Rather than treating each operation as an isolated topic, the book explains how real process equipment works together as part of an interconnected plant. Readers learn the engineering principles behind pumps, compressors, piping networks, heat exchangers, evaporators, distillation columns, absorbers, cooling towers, filters, centrifuges, cyclones, mixers, dryers, crystallizers, adsorption systems, ion exchange, membranes, and process-control systems. The book combines first-principles theory with practical engineering calculations, equipment-selection guidance, operating considerations, troubleshooting logic, safety awareness, and professional decision-making. Inside, readers will find: • Detailed explanations of fluid mechanics and process piping • Pumps, compressors, fans, and vacuum-system fundamentals • Conduction, convection, radiation, and heat-exchanger design • Boiling, condensation, evaporation, and thermal integration • Particle handling, mixing, agitation, and multiphase systems • Settling, filtration, centrifugation, and cyclone separation • Mass-transfer fundamentals and contacting equipment • Distillation and vapor-liquid separation • Absorption, stripping, humidification, and cooling towers • Extraction, leaching, adsorption, ion exchange, and membranes • Drying and crystallization principles • Process instrumentation, control, alarms, and automation • Process safety, reliability, troubleshooting, and maintenance • Energy, water, emissions, sustainability, and future process practice • Fully worked engineering examples and practical calculation methods • Technical figures, equipment diagrams, checklists, appendices, glossary, and index Designed for both learning and day-to-day reference, Process Engineering Unit Operations helps readers move from engineering equations to real equipment behavior, operating limits, scale-up, troubleshooting, and safe process integration. It is especially useful for chemical engineering students, process engineers, plant engineers, production engineers, operations personnel, maintenance professionals, technical managers, and engineers preparing for industrial process roles. A practical, field-focused reference for understanding the unit operations that form the foundation of modern process engineering.
