Lubricating greases are indispensable for ensuring the reliable operation of bearings, gears, electric motors, automotive systems, and industrial machinery across virtually every engineering sector. Their ability to reduce friction and wear, protect against corrosion, seal against contaminants, and extend equipment service life makes them the lubricant of choice for countless industrial applications. Despite their widespread use, grease performance depends on the complex interaction of base oils, thickeners, additives, operating conditions, machine design, and lubrication mechanisms, making grease selection and application one of the most challenging aspects of lubrication engineering.
Lubricating Greases: Technology, Applications and Troubleshooting provides a comprehensive and integrated treatment of lubricating grease technology, covering the complete lifecycle of lubricating greases—from composition, formulation, manufacturing, quality control, and standardized testing to application engineering, bearing lubrication, grease application systems, condition monitoring, reliability improvement, troubleshooting, and failure analysis. The book combines fundamental tribological principles with practical engineering methodologies, enabling readers to understand grease behavior, optimize lubrication practices, improve equipment reliability, and solve real-world lubrication challenges.
This book:

• Explores emerging developments, including lithium-free greases, biodegradable lubricants, renewable feedstocks and re-refined base oils, nano-additives, electric vehicle and wind turbine greases, smart lubrication systems, digital twins, artificial intelligence, Industry 4.0, and sustainable lubrication technologies.
• Combines scientific principles with extensive industrial experience and internationally recognized academic research.
• Integrates engineering models, industrial case studies, practical guidelines, troubleshooting methodologies, illustrations, and standardized test methods to support both learning and professional practice.

Each chapter includes Learning Objectives, Key Takeaways, Concluding Remarks, References, and Multiple-Choice Questions (MCQs), making the book equally suitable as a graduate-level textbook, a professional training resource, and a comprehensive reference for lubrication engineers, tribologists, maintenance and reliability engineers, rotating equipment engineers, lubricant manufacturers, researchers, consultants, and postgraduate students.