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Home » Keywords: » predictive/preventive maintenance
Items Tagged with 'predictive/preventive maintenance'
The intersection formed via the industrial Internet of Things, digitalization and technology such as advanced analytics allows manufacturers to leverage time-series and contextual data for process insights.
Using tools that promote self-service analytics can help process experts reduce downtime by finding the root cause of a process anomaly quickly. Process experts also can gain insight into the performance and reliability of assets to schedule timely maintenance, thus prolonging asset health and life.
When reliability gains from predictive maintenance begin to plateau, shifting your focus to condition monitoring can yield productivity gains and improved plant performance.
Often, the implementation of a predictive-maintenance (PdM) program is based on identifying imminent failures and preventing them — or by predicting a best estimate of an asset’s remaining useful life.
Industrial processing facilities face an interesting balancing act. On one hand, they face the challenge of ensuring safety, quality, profit, environmental compliance and product reliability.
A flexible sensor with a copper head provides accurate temperature sensing to prevent bearing overheating and optimize preventive and predictive maintenance.
Instrumentation for temperature profiling in oil and gas, refining and petrochemical applications is available, but care must be taken during installation and use.
Measuring temperature across a process unit — for example, a furnace, desalter, hydrofiner, fixed-bed reactor or hydrocracker in refineries or similar process units in chemical plants — leads to improved process control, increased catalyst life, more efficient production, fewer process upsets and decreased emissions.
Does your process heating operation need a fast, noncontact, nondestructive way to gather both qualitative and quantitative information to prevent or minimize downtime? Of course it does, and that is why you should consider a through-flame thermal camera.
When it comes to the industrial furnaces, heaters and boilers used in the chemical, petrochemical and utility industries, the actual operational designs are as varied as the many applications. Some plants have only two or three heaters while larger plants may have more than 50.