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Asset Integrity and Reliability

Asset integrity, the RBPS element that helps ensure the equipment is properly designed, installed in accordance with specifications, and remains fit for use until it is retired, is one of the nine elements in the RBPS pillar of managing risk.  In an Introduction to Asset Integrity and Reliability, the attributes of a risk-based management system for ensuring the integrity and reliability of critical equipment and safety systems are described.

For more information on managing risk, read CCPS' Guidelines books.

CCPS' Process Equipment Reliability Database (PERD) is aimed at providing data to help effectively and efficiently implement an asset integrity and reliability program.

Guidelines for Mechanical Integrity Systems

July, 2006
In recent years, process safety management system compliance audits have revealed that organizations often have significant opportunities for improving their Mechanical Integrity programs. As part of the Center for Chemical Process Safety's Guidelines series, Guidelines for Mechanical Integrity...

Major Turnaround in An Olefins Plant: A Process Safety Point of View

Apr 4, 2012
Pablo Ricardo Barrera
The process safety management in an industrial plant is a critical success factor for companies integrated in a global market. The equipments should have maximized performance and operational runlenght without compromising process safety. The challenge for excellence performance drives companies to...

Turnaround Excellence - Key Success Factors

Apr 4, 2012
Bobby Vichich
Turnaround Excellence is more than a state of being… it is a journey. Achieving and sustaining excellence is wholly dependent on a site approach of shared accountability towards Turnaround Excellence and must be a continually improving process. Starting well in advance of “feed out”, a long range...

Refinery-Wide Topics for Profitability, Reliability and Safety

Apr 3, 2012
Mike Siravo
In this session we will review several case studies that will allow you to better understand the importance of process engineering and process safety basics. These examples will show specific pitfalls to avoid but also will open your thinking to properly consider the implications of other...

Simplify Reliability Analysis of Chemical Processes

July
2002
Safety
Farshad Nourai
Originally developed for discrete manufacturing, this method can be applied to process units to detect which components may fail, and correct the situation before trouble happens.

The Importance of Mechanical Integrity Inspection for Successful Capital Projects

Mar 15, 2011
Paul F. Schubert
It has been a common practice in the petrochemical industry to wait until a new process unit has been placed into service before performing the initial mechanical integrity inspection to establish corrosion rates of new piping systems and vessels. One problem with delaying inspection is that use of...

Good Engineering Practices - Inspection and Test Frequencies

Mar 15, 2011
Richard Prugh
The "Process Safety Management" standard of the Occupational Safety and Health Act [OSHA] requires that "The frequency of inspections and tests of process equipment shall be consistent with applicable manufacturers' recommendations and good engineering practices, and more frequently if determined...

Can Functional Testing Be Replaced by Inspection After Demands?

Mar 14, 2011
Hui Jin
Safety instrumented systems are used to reduce the risk of major accidents in the process industry. To claim a certain risk reduction from such systems, it is necessary to perform reliability analyses, within internationally accepted frameworks, such as the IEC 61511. The main factors that...

Best Practice for An Evergreening Pressure Relief Systems Management Program

Mar 14, 2011
Nitin Talreja
Most oil and gas refining and petrochemical organizations have a Process Safety Management (PSM) program that stems from the requirements outlined under OSHA's 29 CFR 1910.119. Some have a very extensive program that covers most of the 14 elements of PSM and is managed via an integrated platform...

Specifying Reliability Performance to Meet PSM Expectations

Mar 14, 2011
Kenneth P. Bloch
Process Hazard Analysis (PHA) and Mechanical Integrity (MI) programs are two of the fourteen elements that the Process Safety Management (PSM) Standard uses to prevent or minimize the consequences of catastrophic releases of toxic, reactive, flammable, or explosive chemicals. Experience proves that...

Risk-Based Mechanical Integrity - Beyond Fixed Equipment

Mar 22, 2010
Thomas J. Folk
This paper presents approaches to provide a safer operating plant by extending mechanical integrity to all process equipment using a risk-based approach to better focus resources. Risk-based approaches for inspection and testing of fixed equipment for mechanical integrity (API 580/581) and for the...

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