Is your plant at risk from hidden electrical issues? MCES transformed its operations in 2009 by implementing a condition time-based PM system using the Uptime Elements program. This strategy helps optimize budgets and schedules by identifying high/low risk areas, leading to a significant reduction in electrical outages and increased equipment uptime.
The SEA Electrical team manages 157+ miles of cabling and over 8,000 lights. Learn how their journey toward Work Performance Optimization (WPO) built a strong asset management foundation, fostering a culture of continuous improvement that annually exceeds strict FAA standards with zero inspection discrepancies.
The Hierarchy of Controls is more than a safety tool. This session shows how to combine it with Root Cause Analysis (RCA) to gain a clearer understanding of incidents and develop a wider range of effective solution options for organizational risk mitigation.
Digital transformation is no longer optional. Learn how moving from manual, disconnected processes to a fully connected environment provides a competitive edge and unlocks the power of emerging technologies like ERP upgrades and advanced AI, machine learning, and generative AI capabilities.
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Managing compliance across complex Federal, State, and Local regulations had become difficult for Summit Midstream. Partnering with Aquitas Solutions, they transformed their Compliance Program by leveraging Maximo HSE applications and MAS Mobile for efficient management of Safety, I&E, and Environmental obligations.
Initial FMECA/RCM data quickly becomes outdated, leading to rising asset risk. This session introduces a methodology to keep your asset care strategy "live" by leveraging CMMS and asset health data to continuously evaluate current risk, highlighting where to focus resources for maximum return.
AEDC operates 68+ unique test facilities, monitoring thousands of assets from 1 HP to 83k HP. Learn how their team integrates vibration, ultrasonic, and infrared analysis with AI/ML and wireless monitoring to provide a single, data-driven view of asset health.
EAM, GenAI, Digital Twins, and IoT—how do you justify the financial investment in these technologies? Asset leaders are challenged to show where, how, and when business and cultural changes factor into value realization. Let's explore how to make the compelling business case for your road to advanced reliability practices.
Not all condition monitoring programs are created equal. Some evolve by expanding coverage, sharpening insight, and empowering technicians to drive reliability. Others plateau, stuck in route-based routines while teams are stretched thinner than ever.The difference comes down to one choice: do you allow your program to plateau, or do you build it to mature?
Although work management is a cornerstone of world-class maintenance and reliability programs, many organizations still struggle with reactive work, high costs, and uncontrolled backlogs. This article demystifies the six essential elements of work management, offering a practical, computerized maintenance management system-based road map aligned with the Society for Maintenance & Reliability Professionals (SMRP) Body of Knowledge.
With any piece of equipment, there’s a lifecycle cost (LCC), which is the total cost incurred over its entire lifespan, encompassing purchase, installation, operation, maintenance and disposal. Calculating LCC requires a systematic approach to identify and quantify all elements of the LCC equation.