EXTON, Pa. – October 22, 2018 – Bentley Systems, Incorporated, the leading global provider of comprehensive software solutions for advancing the design, construction, and operations of infrastructure, has announced the winners of the Year in Infrastructure 2018 Awards. The annual awards program honors the extraordinary work of Bentley users advancing design, construction, and operations of infrastructure throughout the world.
Powered by Uptake's purpose-built platform, Uptake APM accelerates digital transformation and delivers outcomes for industrial businesses whether assets are connected or not.
Industrial Internet of Things (IIoT) predictive maintenance is firmly on the radar of most executives. At the same time, there are serious concerns about the lack of internal resources to analyze, visualize and interpret the big data generated by industrial machines. This article proposes an alternative: Implementing a big data predictive analytics solution without hiring a big data scientist.
Over the last few years, the continuous improvement of maintenance strategies is taking place at an incredible pace. The rapid influx of accessible data has the industrial world living in exciting times. As the industry just begins to scratch the surface of what the Industrial Internet of Things (IIoT) can deliver, there is a tremendous opportunity to displace antiquated ways of carrying out asset management.
Recently, a question was forwarded from Lhoist’s National Maintenance Manager Mauricio Arroyo to Reliabilityweb.com’s Global Relationship Leader and Director of Women in Reliability and Asset Management Maura Abad. The question was prompted after Mauricio read the Asset Condition Monitoring Project Manager’s Guide (Guide) to which Maura had provided a download link. The question was:
“In their [the Guide’s coauthors] experience across the industries, what is the average Cost Avoidance that they have found?”
IMC-2017 Learning Session - 47:57 by John Murphy, Reliabilityweb.com.
This presentation delivers a foundational understanding of how the Industrial Internet of Things creates a new context for reliability and asset performance for transit operations.
IMC-2017 Focused Forum - 46:17
by John Shinn and Eric Stevens, Metropolitan Sewer District of Greater Cincinnati
This case study by the Metropolitan Sewer District of Greater Cincinnati’s Wastewater Treatment Division (MSDGC) shows how MSDGC achieved significant Uptime Magazine 2013 and 2014 award winning results through implementing a performance system to manage physical assets efficiently within the operations and maintenance phase of the asset lifecycle. MSDGC’s asset performance system is based on an industry best practice asset management framework called the Uptime elements, shown in the figure below. The Uptime Elements framework provides a reference for best practice assessment, improvement planning and auditing. MSDGC continuously uses the Uptime framework to focus a dynamic leadership culture on improving and sustaining the business systems used to manage resources, asset reliability and lifecycle cost.
The framework includes asset management best-practices and systems, including condition based maintenance, PM Optimization (PMO), risk-based reliability centered maintenance, and advanced planning and scheduling. Continuous improvement of the management system is supported by a rolling 5-year master planning process that documents ongoing and future activities and budgets. Key performance indicators and sub-measures of performance link day to day operations to strategic objectives identified within the framework, shown in the figure below.
New combined offering leverages Teamcenter and Bentley’s Connected Data Environment to increase plant productivity, accelerate delivery and reduce costs
End-to-end digital innovation strategy creates comprehensive and precise digital twins of the process and physical plant to manage complexity and simulate the performance of smart plants
IMC-2017 Focused Forum - 43:22 by Alan Kiraly, Bentley Systems and Jesse Rothkopf, Life Cycle Engineering
As the 2018 deadline to implement Positive Train Control (PTC) nears, the ability to know exactly what and where your assets are, how they have changed over time, what condition and remaining life they have and how they are currently performing becomes an even more fundamental competency for any rail organization. Asset information and configuration management needs to be an essential part of your asset management system.
In addition to preparing for PTC, your public transit organization faces numerous challenges including increased safety targets, stricter regulatory compliance, aging infrastructure, limited financial resources, and the growing amount of data stemming from IOT enabled systems. Understand the roadmap to deploying a fail-safe configuration management system that ensures mandated compliance while giving your organization the additional benefits of information integrity as well as a closed-loop change management process that provides consistency between all aspects of operational information and the requirements related to the asset being described.
In this fast-paced world of meeting deadlines, quotas and targets, one facet of business that can easily get overlooked is corporate social responsibility. (For reference in this article, the corporate responsibility acronym, Cr, from the Uptime® Elements will be used.) It’s a corporation’s initiative to take responsibility for the environmental and social well-being of the world. Cr generally applies to efforts that go beyond what may be required by regulators or environmental protection groups.
ISO27001 is a quality standards specification for information security management systems (ISMS). The ISMS is an overall framework that encapsulates business procedures and policies pertaining to the control of a company’s information security risk management processes. It covers physical, technical and regulatory controls.
The Internet of Things (IoT) has its roots in manufacturing and industrial companies. As consumers are just beginning to look for IoT-driven thermostats to turn down the heat when away from home, manufacturers are already moving IoT off the plant floor and into other settings where it can transform their business.
Most enterprise asset management (EAM) systems just touch upon the safety aspect by registering hazards involved or precautions to be taken while working in a risky environment. But, how do they enforce work safety? There are still so many accidents and incidents in the industry and all investigation findings point to missing safety measures, ignorance, or bypassing safety rules or procedures. What can be done to ensure a safe work environment for everyone? How can a company enforce control of work? One single accident is enough to do away with all financial benefits received through optimized asset management or predictive maintenance to increase asset availability. Asset availability is important, but not at the cost of safety!
A commonly used benchmark for maintenance activities is the ratio of maintenance cost to asset value (MC/AV). Some medical equipment maintenance professionals also claim MC/AV to be the best or most reliable benchmark. Maintenance cost includes both scheduled (often erroneously called preventive maintenance) and nonscheduled (i.e., repairs) maintenance costs, whereas asset value has various interpretations. This article challenges the validity of MC/AV as a benchmark or even a key performance indicator for maintenance activities in most, if not all, industries.
Dr. Boehl, Portuguese Australian, is a Chartered Engineer Fellow of Engineers Australia and asset management professional with over 20 years’ experience within rail, utilities and mining industries. Dr. Boehl recently shared her thoughts and experience on strategic asset management, machine learning and automation with Uptime magazine.
ARMS Reliability was recently named by CIOReview to the magazine’s 2018 list of the 20 Most Promising EAM [enterprise asset management] Solution Providers, for its innovative OnePM® software platform.