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bp Selects AssetWise Lifecycle Information Management and AssetWise Reliability as Standard for Information Management and Asset Integrity
reliability engineering for maintenance

bp Selects AssetWise Lifecycle Information Management and AssetWise Reliability as Standard for Information Management and Asset Integrity

Bentley Systems, Incorporated today announced that bp has selected Bentley’s AssetWise Asset Lifecycle Information Management (ALIM) and AssetWise Reliability (AR) to manage engineering information for projects and operations to help assure global asset integrity management.

MTBF – Misinterpreted and Misused
reliability engineering for maintenance

MTBF – Misinterpreted and Misused

This paper examines the overall current misuse and misinterpretation of the reliability parameter, Mean Time Between Failure (MTBF), and its many variants. Both in commercial and defense industries, MTBF is often misunderstood and mismanaged, resulting in inaccurate values of product reliability.

Reliability Risk Meter
reliability engineering for maintenance

What is your Reliability Risk meter set at?

The asset is not concerned with the management decision. The asset responds to physics

Economics of Reliability Report
reliability engineering for maintenance

Pinnacle Releases Economics of Reliability Report

Economics of Reliability Report for the US Power Generation, Transmission, & Distribution Industry

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Great Safety Is Great Business
Reliability Engineering for Maintenance

Great Safety Is Great Business

Thousands of electrical personnel are injured or killed annually on the job because of electrical accidents. Companies lose millions of dollars from unplanned power interruptions or outages due to failing critical electrical assets. Can these two scenarios be eliminated by technology? The answer is yes!

Designing Critical Electrical Infrastructure at the Intersection of Safety and Reliability
Reliability Engineering for Maintenance

Designing Critical Electrical Infrastructure at the Intersection of Safety and Reliability

This presentation explores opportunities in the synergy of electrical asset management and occupational electrical safety. Methods are discussed to apply and optimize the application of the Uptime Elements and other proven reliability management systems and tools to help assure performance of assets critical to electrical safety.

Importance of Lockout/Tagout, and Electrical Safety in Industrial Facilities
Reliability Engineering for Maintenance

Importance of Lockout/Tagout, and Electrical Safety in Industrial Facilities

A worker’s confidence in electrical safety directly impacts his/her task productivity. This presentation will focus on the various challenges involved in mechanical and electrical lockout/tagout (LOTO) procedures, NFPA guidelines and ways to enhance workers’ confidence and productivity while performing maintenance tasks through the use of permanent electrical safety devices (PESDs).

The Reliability Weakest Link: Power Systems Safety, Quality, Life Cycle and Maintenance Management
Reliability Engineering for Maintenance

The Reliability Weakest Link: Power Systems Safety, Quality, Life Cycle and Maintenance Management

In this presentation, Alan Ross, President of the Electrical Power Reliability Alliance (EPRA), will address the four high-voltage asset classes that lead to the greatest risk of failure, power quality issues and ultimately to overall decreases in OEE and AU at a time when we can least afford these risks.

The Future of Electrical Equipment Maintenance
Reliability Engineering for Maintenance

The Future of Electrical Equipment Maintenance

This presentation will explain how maintenance of electrical equipment directly impacts the safety of electrical workers as well as giving an inside look at some of the changes to be expected in the coming Standard for Electrical Equipment Maintenance.

Digital Reliability Engineering: Tools and Methods
Reliability Engineering for Maintenance

Digital Reliability Engineering: Tools and Methods

Since the beginning of time, human beings have survived and evolved through the use of tools. Tool usage is the basis for both ancient and modern engineering advances. 

Bad Actor Program
Reliability Engineering for Maintenance

Bad Actor Program

Reliability engineering is about predicting failures and providing ground for decision-making related to preventive maintenance optimization (PMO), lifecycle costing, spare parts forecasting, and reliability, availability and maintainability (RAM) modeling. Different tools are available to the reliability engineer for such levels of predictions. The benefit of these tools comes from proper planning and management plans to cope with future issues.

Is Your Maintenance Strategy Impacting the Arc Flash Severity at Your Facility
Reliability Engineering for Maintenance

Is Your Maintenance Strategy Impacting the Arc Flash Severity at Your Facility

The NFPA 70E provides the requirements for protecting employees when exposed to electrical hazards suck as shock and arc flash. However, is your company's maintenance practice actually elevating the severity of a potential arc flash event?

Taking Notice of the Telltale Signs
Reliability Engineering for Maintenance

Taking Notice of the Telltale Signs

Hindsight is the ability to understand an event or situation only after it has happened. How many times have you witnessed an asset failure and realized during the root cause analysis (RCA) investigation that there were indicators that a catastrophic failure was about to occur? Have we, as maintenance reliability practitioners, become desensitized in their ability to recognize the telltale signs of a failing asset? Is this being accepted as the new normal?

What Do Recent Changes to Electrical Safety Standards Mean to YOU?
Reliability Engineering for Maintenance

What Do Recent Changes to Electrical Safety Standards Mean to YOU?

TRC-2018 Learning Zone 42:32
by Tim Rohrer, Exiscan

NFPA 70E and CSA Z462 are (arguably) the two most influential electrical safety standards in the world. The changes contained in the recent 2018 revisions of these harmonized standards have a direct impact on Electrical Preventive Maintenance (EPdM) practices, and likely have a direct impact on your facility(s). Likewise, the standard used throughout the world for arc flash hazard calculation (IEEE 1584) is in the final stages of revisions based on recent research on the subject. This presentation will highlight some of the changes that carry the biggest impact for Electrical Preventive Maintenance, and will answer the questions:

  • What changes to electrical safety standards should I be aware of?
  • What impact do those changes have on the EPdM work practices and design principles at my facility(s)?
  • What steps can I take upon returning to improve the worker safety and regulatory compliance at my facility(s)?
A Strong Approach to Reliability in the Refinery & Petrochemical Industry
Reliability Engineering for Maintenance

A Strong Approach to Reliability in the Refinery & Petrochemical Industry

PKN ORLEN operates six refineries (daily crude oil processing 728,000 barrels) and the region’s largest network of service stations located in Poland, Czech Republic, Germany and Lithuania. Crude oil is processed into gasolines, diesel oil, fuel oil and aviation fuel. PKN ORLEN is also a leading producer of petrochemicals, with its products used as basic feedstocks by a large number of chemical companies.

Utilizing Process Dynamics to Increase Machinery Reliability
Reliability Engineering for Maintenance

Utilizing Process Dynamics to Increase Machinery Reliability

Plant and refinery problems require accurate measurements to assess plant productivity and reliability. In fact, as management guru Peter Drucker stated, “You can’t manage what you can’t measure,” forms the basis to many real-world problems, from engineering optimization studies to troubleshooting plant machinery and equipment. Drucker’s statement also alludes to the fact that you cannot know whether or not you are successful unless success is defined and tracked.

Reliability & Information
Reliability Engineering for Maintenance

Reliability & Information

Problems with reliability appeared with the beginning of human activity. However, the ways of solving these problems were different and they were changing with growing complexity of technical systems. The retrospective view shows that the way of solving reliability problems depends on the ratio between the complexity of the system and the ability of people to obtain information about the system and its elements.

ASTM International’s Quality and Statistics Committee Launches New Subcommittee and Proposed Guide
Reliability Engineering for Maintenance

ASTM International’s Quality and Statistics Committee Launches New Subcommittee and Proposed Guide

A new ASTM International subcommittee on reliability (E11.40) is developing a standard (WK58249, Guide for Reliability) that will support reliability and risk analysis. The new subcommittee is part of ASTM International’s committee on quality and statistics (E11).

Analyzing Repairable System Failures Data
Reliability Engineering for Maintenance

Analyzing Repairable System Failures Data

Many reliability engineers throughout history have had concerns with the reliability of the repairable system. Several researchers have presented a few calculation or estimation techniques to achieve repairable system reliability. This article explains the mean cumulative function (MCF) as a powerful and easy technique to estimate and monitor repairable system reliability.

Designing for Reliability
Reliability Engineering for Maintenance

Designing for Reliability

IMC-2016 RAP Talk - 17:57
by Ramesh Gulati, Jacobs

According to Ramesh Gulati, designing for reliability (DfR) is the right approach to build reliability in assets. Not sure what DfR is? In this RAP Talk from IMC-2016, Gulati presents a comprehensive overview on the topic and how it will reduce operations & maintenance costs by a lot. Throughout the presentation, he stresses that this is a journey and requires a different kind of culture.

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