Grease has been used since ancient times, and new technologies and equipment design require us to improve our understanding and perception of it. These advancements enable those working with grease to recognize better its impact, effective properties, and the proper...
Lubricant Analysis
How to Leverage Grease Analysis and Ultrasound for Powerful Results
Years ago, I had my first encounter with one of the predictive maintenance technologies. Since then, I have seen its potential, especially when combined with other PdM tools. Airborne ultrasound for bearing inspection is probably one of the simplest, most versatile...
Pour Point Temperature and Testing: An In-Depth Guide
Pour Point Temperature – What Is It? The Pour Point Temperature is the temperature below which an oil loses its flow characteristics. It can be found in most Product Data Sheet (PDS) for an oil and in "Section 9: Physical and Chemical Properties" of the Safety Data...
How to Improve Maintenance Decisions Using Analytical Ferrograms
One of the goals of Root Cause Analysis (RCA) is to identify the factors leading to an event that resulted in an undesired outcome and to develop corrective actions to prevent such results from recurring. In maintenance, recognizing patterns during analysis can...
Flash Point Testing: A Comprehensive Guide
Flash Point Temperature – What is it? The Flash Point of a substance or material is the "lowest liquid temperature at which, under certain standardized conditions, a liquid gives off vapors in a quantity such as to be capable of forming an ignitable vapor/air...
Uncovering the Unseen: Advanced Oil Testing for Critical Insights
Oil testing and analysis provide vital information on the condition of the oil and the equipment and can diagnose the causes of problems. Wear particles and contamination concerns can be identified using several methods. Going beyond routine oil analysis tests such as...
Implementing AI and ML for Advanced Turbomachinery Oil Condition Monitoring
Artificial intelligence (AI) has expanded to various fields, and the industrial area is no exception. In maintenance, AI has begun to automate processes and can improve the early detection of problems that cause unavailability in critical machinery, especially in...
Case Study: Monitoring Diesel Engine Combustion Efficiency with Oil Analysis
Diesel engines are the driving force powering many modern transportation and industry applications. They can be found in vehicles and machinery, from trucks to marine vessels. In the port industry, diesel engines are found in Rubber Tire Gantry (RTG), Terminal...
Assessing Spectroscopic Methods to Analyze Particles: PQ vs. FerroQ
Ferrous debris, put simply, refers to the metallic particles or fragments, mainly composed of iron (Fe), within a sample of lubricating oil. Prematurely identifying ferrous debris can lead to identifying wear and tear within the system – which, when left unresolved,...
Adding Grease Analysis to your Onsite Lubricant Condition Monitoring Program
Onsite oil analysis is an effective tool to analyze samples and optimize maintenance activities quickly. As part of a comprehensive condition-based maintenance program (CBM), oil analysis effectively complements other diagnostic technologies like vibration analysis,...