River Publishers Series in Energy Engineering and Systems – serie

Updated with chapters on ventilating and exhausting systems and HVAC systems, this third edition of a bestseller covers the range of HVAC systems. The coverages is into components and controls for air, water, heating, ventilating, and air conditioning and readers will learn why one component or system may be chosen over another. New information is included on occupancy comfort, process function, thermodynamics, heat transfer, building envelope conditioned space, heating and cooling load calculations, air duct fundamentals, water pipe fundamentals, variable flow water systems, refrigeration components, piping fundamentals, central plant water chiller optimization, and the latest heat recovery technologies.

This book is a panoramic view of the innovations propelling the electric revolution. In the ever-evolving landscape of electric mobility, the triumphant fusion of batteries, smart-charging systems, and advanced battery management solutions are of utmost importance. Battery Technologies for E-Mobility unravels the intricate tapestry of battery technologies from their origins in electrochemistry to the cutting-edge of lithiumone and far beyond. It delves deep into the heart of smart charging networks and exposes the symbiotic dance between sustainable energy integration and optimized EV ecosystems.This book encapsulates the collective wisdom of leading experts, offering a cross-disciplinary exploration that caters to researchers, engineers, students, and industry professionals. As the world races towards sustainable transportation solutions, it will guide you through the realms of innovation that are shaping the electrified roads of tomorrow. You will also grasp the reins of advanced battery management systems, where monitoring, control, and safety converge to extend battery lifespans and performance horizons.Join us on this trek – a journey that unveils the convergence of technologies driving e-mobility, and that challenges you to imagine the boundless possibilities that lie ahead.

Your journey to lubrication mastery begins here. Welcome to Lubripedia, the most comprehensive, authoritative, and practical single-source reference on industrial lubrication ever published. With hundreds of carefully organized, easy-to-understand entries, this A-to-Z encyclopedia covers every aspect of lubrication from additives and base oils to wear mechanisms and zero-wear lubrication. Whether you are an engineer, maintenance manager, technician, or student, this is your go-to resource for mastering the science and art of practical lubrication.Covering 1001 essential lubrication terms and references, this book delivers clear, concise definitions and detailed explanations of concepts, systems, contamination control, wear mechanisms, and industry standards. It is packed with real-world applications, troubleshooting tips, and best practices that can help you implement effective lubrication programs and improve operational efficiency. Learn how to select the right lubricant, optimize lubrication intervals, and enhance machinery reliability. You can also explore cutting-edge technologies like nano-lubricants, advanced additive chemistry, and condition-based lubrication.Lubripedia is first and foremost, a practical reference. It is written by Kenneth E. Bannister, an internationally acclaimed lubrication and asset management expert. It is built on decades of hands-on experience, extensive research, and proven methodologies. The easy-to-follow explanations make even the most complex concepts simple to understand and apply. This is your essential guide to mastering lubrication technology and achieving maintenance excellence.

HVAC Fundamentals, System Design, Operation, Selection, and Optimization fully covers the full range of HVAC systems used in today’s facilities and how they operate. HVAC systems are divided into components and controls for air, water, heating, ventilating and air conditioning to illustrate how each system, subsystem, control, or component contributes to providing the desired indoor environment. The reader will learn why one component or system may be chosen over another with respect to design, application, energy conservation, indoor air quality, and cost.This book also covers heat flow fundamentals and calculations used in selecting equipment and determining system operating performance and cost. Fluid flow fundamentals and equations and fundamentals of system testing, and verification of system performance are also covered in this book. This gives the reader a complete picture of systems from concept to operation. The chapters are organized in a way that one builds upon another, and systems, components, design, and application are revisited as the reader gains knowledge and insight about the workings of HVAC and heat pump systems.This new edition has been revised and expanded with new drawings to give the reader a complete picture of HVAC and heat pump systems. Along with the Tables chapter for reference, the HVAC Math chapter has equations and example problems for many systems and components operation, energy, and cost calculations.

Now completely revised and updated, this definitive reference provides a comprehensive resource on the fundamental principles of lubricant application, what products are available, and which lubricants are most effective for specific applications. It also offers a detailed and highly practical discussion of lubrication delivery systems. You’ll gain a clearer understanding of the "why" of relevant industrial lubrication practices, and, importantly, how these practices will facilitate optimized results. Lubricant applications covered include bearings and machine elements in earthbound electric motors, process pumps, gas compressors, gas and steam turbines, as well as many other machine types. An examination of the most advantageous ways to procure lubricants, to understand contaminant filtration, and to implement cost-justified means of lubricant storage is presented. Also provided are expert tips on lubricant handling techniques, procedural setups, how and when to perform oil analyses, critical maintenance practices, equipment reliability issues, and more.

Practical Lubrication for Industrial Facilities – Fourth Edition, is a blueprint manual for any person, department, or corporation wanting to acquire practical working knowledge in the field of industrial lubrication study and application. For this all-new fourth edition, the book has been extensively rewritten and updated for improved clarity and understanding. The addition of color tables, diagrams, and photographs serves to provide an improved text that is comprehensive, meaningful, practical, and easier to read.With the advent of the ISO 55001 asset management standard, the ICML 55® world lubrication standard, and the rapidly rising interest and professional industrial lubrication certification of engineers and maintenance/lubrication practitioners working in the field of mechanized equipment assets, this book provides a one-stop reference manual for individuals, departments and corporations who wish to study/understand practical lubrication theory and its real-world application within the industry.Furthermore, the book is designed to deliver the basic building blocks required to implement a practical and meaningful lubrication management program that meets and exceeds the requirements set out in the aforementioned ISO 55001 and ICML 55 standards, designed to truly define "World Class."

Updated with chapters on ventilating and exhausting systems and HVAC systems, this third edition of a bestseller covers the range of HVAC systems. The coverages is into components and controls for air, water, heating, ventilating, and air conditioning and readers will learn why one component or system may be chosen over another. New information is included on occupancy comfort, process function, thermodynamics, heat transfer, building envelope conditioned space, heating and cooling load calculations, air duct fundamentals, water pipe fundamentals, variable flow water systems, refrigeration components, piping fundamentals, central plant water chiller optimization, and the latest heat recovery technologies.