The commissioning process should include an acceptance testing specification and the associated testing to ensure that the equipment and systems continue to do what is needed without defects even after the warranty period expires.
Complements Maintenance 4.0 by digitizing core data needed for autonomous processing. Will cover key aspects and lessons learned in a “crawl, walk, run” format.
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You´ll see the initial diagnosis, hypothesis, development of the multi-year strategic plan, implementation sequence, follow-up & measurement. English and/or Spanish.
APM monitors and helps control energy usage and emissions. Learn how to reduce energy intensity, improve efficiency and equipment uptime, and examine a case study.
In 2021, they adopted a new condition-based monitoring system called Senseye PdM to achieve predictive maintenance which utilizes both rule-based and AI-driven diagnostics.
In this podcast, we have a chat with John Fortin about his work at the Salem Beverly Water Supply Board and what earned them a Special Recognition Uptime Award for Best Sustainability Program.
The issue is real, recurring, and, in many cases, it can be significantly reduced. This presentation will focus on a common cause of misalignment; effects; RCA using 5 Whys; and review key learnings.
An inspiring journey of leadership and utilizing the Uptime® Elements Framework accross multiple locations around the world to become one of the world's best run companies.
2.5 Million technical/engineering jobs unfilled in next 24 months 100,000 Reliability Engineering jobs open in US alone, rapid retirements, 10,000 people per day with very little transfer of knowledge.
Excellence in Reliability is a journey with no end, requiring continuous improvement and a passion that never quits. Success in this pursuit isn't guaranteed nor easy to come by. Join Pat Akins, Reliability Director, as he shares the approach taken by Weyerhaeuser with their Reliability Journey.
Jose WaterSan Jose Water, serving over 1 million people in the San Francisco Bay Area, is committed to maintaining its high level of service and reducing the number of water main breaks resulting in social, financial, and environmental impact.
Most failures happen at the component level. In order to safely maintain an accepted level of reliability, we need both proactive and reactive learning strategies. FMEA and RCA are the keys to this cycle of learning.
Dive into DC Water's tried and true maintenance program for replacing butterfly valves. This is a critical process, as the replacements occur in the final stage before treated wastewater enters the Potomac River. Expert mechanical maintenance manager Laura Knox shares how it is done in this presentation.
I discuss these including hardware, software, communications networks, and platforms. I’ll also give practical examples of projects covering different aspects of IoT implementation.