In reliability engineering, attention often skews toward equipment failures, overlooking the human factor that can introduce significant variation. Human reliability—the probability that an individual will complete a task successfully within the allotted time—depends on how well their mental model a

Two complementary philosophies form a powerful combination to change the organizational culture and establish a process for continuous improvement. The Total Productive Maintenance (TPM) approach, based on people and process, transforms culture and the way we view our assets. The Reliability-Center

In today’s challenging economic climate, production lines must operate at peak efficiency. When a control board or motor fails, plant managers face a critical decision: replace or repair? Many companies unknowingly spend thousands more than necessary because they lack clear insight into OEM warranty

A boiler feed pump (BFP) powered by a fluid drive linked to the main steam turbine was plagued by excessive vibration, causing frequent bearing replacements. The plant relied on this single BFP for power generation, operating the fluid drive output shaft between 2,000 rpm and 3,500 rpm. Mechanical S

In a recent survey conducted by Advanced Technology Services Inc. (ATS) in partnership with Nielsen Research, 100 senior U.S. manufacturing executives— CEOs, CIOs, vice presidents, and plant managers—reported that roughly two‑thirds are willing to outsource plant maintenance as a strategic hedge aga

Overall Equipment Effectiveness (OEE) is the gold‑standard metric for gauging plant performance. Born from Total Productive Maintenance and the Toyota Production System, OEE condenses three critical KPIs—availability, performance, and quality—into a single, actionable figure.While many formulas have

In today’s high‑stakes industrial environment, the cost of neglecting asset management during the design, construction, and startup of new facilities is staggering. Unplanned downtime, quality lapses, and missed production targets can erode profitability by millions. By embedding robust business pro

According to the U.S. Department of Labor’s Bureau of Labor Statistics, 2007 highlighted a broad spectrum of employment opportunities. Retail salespersons, cashiers, general office clerks, combined food preparation and serving workers, and registered nurses were among the most common occupations na

“No one wants to work in the boiler rooms,No one wants to work with the tools.The nation’s youth are taking the easy way out,There’s no one left to fix our schools.Maintenance technicians are bout to retire,Company executives got no one to hire,How safe does it make you feel?How safe does it make yo

Failure Modes and Effects Analysis (FMEA) has long been a cornerstone of product design reliability. By adapting the approach for manufacturing plants, reliability and process engineers can unlock deeper insights and drive tangible cost savings. While the IEC 60812 standard still defines the core me

In recent years, Total Productive Maintenance (TPM) has faced skepticism in U.S. manufacturing circles. A 2006 study by The Manufacturing Research Center found that only 38 % of U.S. manufacturers reported actively implementing TPM. Of those, 37 % admitted they were not achieving the expected progr

Maintenance professionals often find it challenging to convince senior leaders of the strategic value of their work. In this article, I share common obstacles and proven tactics that have helped teams secure budget and support across industries. Table 1. A 10‑year business plan for a typical motor

Two common practices can undermine an entire maintenance planning and scheduling program. If you’re unfamiliar with these pitfalls, you might unintentionally create frustration, confusion, and lost productivity. The first is the “Perfect Job Plan” promise. Management often declares that planners wil

In today’s political, corporate, and personal spheres, the phrase “leave a legacy” is gaining traction. More people are asking: what will I be remembered for? Legacy means the impact you leave for future generations—your enduring contribution to society. James Kouzes and Barry Posner, authors of A L

The potential‑to‑functional (P‑F) failure interval is a cornerstone of Reliability‑Centered Maintenance (RCM), guiding when and how to intervene before a critical failure. Despite its importance, the P‑F interval is frequently misunderstood. Complexity spikes when a single failure mode produces mult

Even as wider adoption drives prices down, predictive maintenance solutions remain a premium investment, typically deployed on high‑value production equipment. While vendors highlight advanced capabilities, the decisive factor for future adoption is cost. A recent Frost & Sullivan study, Advance

The potato was first cultivated over 4,000 years ago in Peru, and today it remains one of the world’s most beloved staples. In the United States, the average adult consumes 140 lb (63.5 kg) of potatoes annually, while Germans eat more than 200 lb (90.7 kg) and residents of the United Kingdom consume

At 12, Tarah frequently scribbled her water‑skiing ambitions on bright, artistic paper. Some targets were immediate performance goals, while others projected a distant horizon—namely, earning a spot on the U.S. team. Her competitive spirit was fueled by a single aim: a national championship. One Sat

I serve as a catalyst, connecting industry leaders who bring valuable insights and those who seek innovative solutions. As editor of Reliable Plant, I orchestrate introductions that spark collaboration and growth. Our matches are sparked by compelling cover stories, columns, technical articles, or e

Reliability challenges in manufacturing stem from cross‑functional issues, yet many organizations still focus solely on maintenance practices. This narrow approach limits results. Indeed, outcomes have been modest. Reliability—and the profits it supports—can be undermined by a range of factors, from