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Maintenance & Reliability
Practical insights into maintenance strategies and reliability practices that help industrial assets perform safely and consistently.
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Maintenance & Reliability
Preventive, Predictive and Condition-Based Maintenance: What Changes Between Them
Industrial plants use different maintenance strategies depending on the equipment, its criticality and the consequences of failure. Terms such as preventive, predictive and condition-based maintenance are often used interchangeably, but
Latest From Maintenance & Reliability
Every industrial plant has maintenance work waiting to be completed. Some jobs are deliberately scheduled for a later date. Others are postponed because equipment remains in service, materials are...
Not every asset needs the same level of maintenance. Some equipment is critical to plant safety or production. Other equipment can fail with limited consequence. Reliability-Centred Maintenance, or...
When equipment fails, the first priority is usually to restore operation. A failed bearing may be replaced. A leaking seal may be changed. A damaged coupling may be repaired. But restoring the...
Maintenance quality depends on more than the technician performing the work. Much of the success or failure of a maintenance job is determined before the equipment is touched. Planning and scheduling...
Condition monitoring allows plants to observe how equipment is behaving while it is operating. The goal is not simply to collect data. It is to identify abnormal conditions early enough to support...
When equipment stops working, the failure can appear sudden. A bearing seizes. A pump trips. A seal begins leaking heavily. A motor overheats. But many failures do not begin at the moment the...
Industrial plants use different maintenance strategies depending on the equipment, its criticality and the consequences of failure. Terms such as preventive, predictive and condition-based maintenance...
