A thoughtfully planned and executed CMMS project delivers the highest return on investment, translating into greater efficiency, productivity and profitability. Conversely, a poorly conceived rollout can erode revenue, wasting both time and capital that could have been earned through a successful C

One of the most common hurdles in maintenance management is the “squeaky wheel” syndrome—where the loudest voice dictates urgency. Relying on gut feel only feeds a reactive cycle that diverts scarce resources from productive tasks. A data‑driven approach turns this into a controlled, risk‑based syst

When maintenance backlogs grow, labor is stretched thin, and parts inventory swells, it’s a clear sign that your processes need a lean overhaul. Lean maintenance applies proven lean principles—waste elimination, continuous improvement, and value‑centric thinking—to the maintenance function, driving

In maintenance management, the ratio of planned to unplanned work orders is a key performance indicator. Most organizations target a 90/10 split—90 % of work being proactive (preventive maintenance, scheduled inspections) and only 10 % reactive. However, the reality is often the opposite: 70‑90 % of

Preventive maintenance (PM) is a cornerstone of reliability engineering, yet its effectiveness in reducing downtime depends on how it’s designed and implemented. Consider a large pulp‑and‑paper mill where a 20‑inch knife‑gate valve on the main effluent header failed. The stainless‑steel valve yoke,

When establishing a preventive maintenance (PM) program, there are a few ideas that can help support your reliability objectives without incurring unnecessary costs. The tips below apply to both condition monitoring and routine servicing. 1. Prioritize Valuable Inspections Ensure that the components

Preventive maintenance (PM) is the cornerstone of reliable asset management. For any organization that depends on mechanical equipment—whether for core production or support functions—maintaining equipment in optimal condition is essential for continuous operation and cost control. Success hinges o

Condition monitoring (CM) is not a life‑extending activity. Life‑extending actions—lubrication, alignment, balancing, and operating procedures—extend equipment life, while CM simply signals impending failures before a breakdown occurs. It is essential that this distinction be clear throughout your p

If you can use a digital camera, you can learn to operate the Fluke Ti30 thermal imager. While the images from the Ti30 may not make it into the family photo album, they can save a business thousands of dollars when integrated into a preventive maintenance program. Dave Feniak at Weyerhaeuser’s Dray

Preventive maintenance is a disciplined, scheduled practice that inspects equipment, addresses minor issues early, and prevents costly breakdowns before they occur. Contents Types of Preventive Maintenance Designing a Preventive Maintenance Program Preventive Maintenance Tools Benefits of Preventiv

Predictive maintenance (PdM) is a data‑driven approach that monitors equipment performance and condition during normal operation, enabling managers to forecast failures and schedule maintenance before breakdowns occur. Also called condition‑based maintenance, PdM has evolved from early mechanical li

Preventive maintenance (PM) is the backbone of reliable plant operations, yet many organizations struggle to get inspectors to actually perform the scheduled tasks. The most common failure mode? A signed task list that never gets executed. 1. Hire Inspectors Who Think Ahead As August Kallmeyer notes

To answer the headline’s question, we first clarify what PM means. According to Life Cycle Engineering’s Rx Definitions, it can represent several maintenance strategies that all aim to protect and sustain assets. These strategies include: Periodic Maintenance – Scheduled actions or component replace

Electric motor bearings are a critical component of any industrial operation. Maintaining them—either by relubricating or replacing—ensures uninterrupted performance and protects the bottom line. Prolonging the life of electric motors saves money and avoids the costly surprises that arise when a bea

BP has selected the Massachusetts Institute of Technology (MIT) and the University of Manchester as its academic research partners to deepen investigations into materials and corrosion science, thereby strengthening operational integrity and reliability across its exploration and production activiti

Before initiating laser alignment, verify several critical factors to prevent later complications and guarantee optimal outcomes. Consider the following essentials. Foundation: A solid, rigid base is the cornerstone of successful alignment. Machine mobility: Position both machines with roughly 80 mi

In modern industrial environments, the reliability engineer is the guardian of asset performance, safeguarding operations from costly downtime and unplanned maintenance. 1. Loss Elimination At the core of the role is the systematic identification and reduction of production losses and disproportion

PdMA, a premier association for power distribution professionals, has partnered with The Snell Group, the global leader in Motor Circuit Analysis (MCA) training, consulting, and inspection services, to present an industry‑recognised certification course. The Snell Certification Standard aligns with

Investing in a well‑structured preventive maintenance (PM) program is the cornerstone of maximizing equipment uptime, extending asset life, and reducing unplanned downtime costs. Whether you’re rolling out a new PM strategy or refining an existing one, a systematic approach delivers measurable ROI a

If you are like many business leaders today, the past year has been a struggle to simply survive the Great Recession. Companies have had to focus on survival, trimming staff and cutting expenses to keep the lights on. Now that demand is showing signs of recovery, the real question is: are you and yo