Enterprise asset management (EAM) implementation is sometimes misperceived as a complex, resource-intensive endeavor. But that perception is rooted in legacy approaches and outdated systems.
Effective maintenance planning and scheduling are essential to prevent unplanned asset failures from dictating your schedules and driving your budgets. In a reactive, unplanned environment, maintenance efforts falter—funds meant for proactive upkeep are instead wasted on waiting for parts, delayed equipment transfers, and emergency fixes that disrupt planned work
Minimizing downtime in the cement manufacturing industry is crucial, as each minute of operational delay can lead to significant financial repercussions.
This article outlines best practices for overcoming these hurdles and highlights the foundational elements of a successful spare parts management approach.
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The impacts of Industry 4.0 and its younger sibling, Industry 5.0, fall right down to today’s factory workers. While embedded automation and optimization within the Internet of Things (IoT) and Industry 4.0 have the power to drive new efficiencies, they have also led to the introduction of more complex job roles and tasks, but for fewer frontline workers.
In today's industrial landscape, the buzz around advanced analytics is hard to ignore. Companies are increasingly looking to harness the power of data to drive efficiency, reduce downtime, and gain a competitive edge. However, the journey from collecting data to taking actionable steps based on that data is far from straightforward.
Employee engagement and retention are critical for the success of asset management organizations. High turnover rates and labor shortages pose significant challenges, impacting operational efficiency, safety and overall workforce morale.
Data analysis is critical to understanding problems and decision-making. Analysis that is not followed up by an action is likely a wasted opportunity, but not always.
When a machine is designed, one of the major considerations the engineer must make is the selection of proper rolling element bearings. Some of the factors to consider in selecting bearings are shaft speeds, loads (both axial and radial), the environment they will run in, how to relube them, the duty cycle, etc.
In today’s fast-paced connected world, you and your organization create an abundance of data. In the past, large corporations with multiple locations relied on in person site visits or information provided by the on-site team for updates to productivity in facilities. But what if there was a way to do this remotely?
There was a terrible fire in a liquefied petroleum gas (LPG) plant. It destroyed piping and a critical air cooler (fin fan) and damaged pumps, valves, cables and supports. Fortunately, although there were injuries, no one died.
A large water utility decided to investigate maintenance reliability best practices. There were eight different treatment plants and eight different maintenance managers.
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