There are a lot of potential threats that can interfere with maintaining adequate FEMI. Using situational awareness effectively to anticipate FEMI threats, understand them, and prepare the necessary steps can avoid a potential LOPC from the threat.

There is a major difference between fixed equipment mechanical integrity (FEMI) and fixed equipment reliability (FER). It’s important to differentiate between the purpose and reasons for the two programs even when they are often mixed together.

This article discussed the growing list of API FEMI standards, how some of them came to be, and why they keep getting improved upon with new lessons learned.

Pressure vessel design is crucial in ensuring compliance with safety regulations and facilitating reliability and integrity. This article provides an overview of the ASME Section VIII approach to designing pressure vessels.

In the author's experience, one of the largest gaps in plants is a lack of understanding of what the entire fixed equipment mechanical integrity group does. This article will shed light on the many roles and responsibilities within these groups.

AET is a powerful, non-intrusive inspection technique to verify the structural integrity of pressure vessels, spheres, high-temperature reactors and piping, coke drums, above-ground storage tanks, cryogenic storage tanks, and more.

A refinery or process facility FEMI program consists of eight Pillars that are fundamental to achieve FEMI excellence. This article describes these Pillars in detail and suggests what distinguishes good Pillars from those that are less than adequate.

Developing a comprehensive turnaround (TA) work scope for process equipment is a critical step for achieving a facility's business goals. Risk Based Work Selection is a proven process for prioritizing and optimizing planned work for an impending TA.

Risk Based Work Selection (RBWS) is an industry best practice used to help refiners better-manage the safety and reliability of operations for a facility. When properly conducted, RBWS can help refiners optimize major turnaround projects.

What do you do when you first discover a mechanical failure? Maybe your pipe sprang a leak, a drive shaft snapped, or a welded joint fractured, and you need to find out why. This infographic details some steps you can take to avoid critical mistakes.

This article provides a summary of the 2019 API Inspection & MI Summit keynote address, which offers a past, present, and future outlook on fixed equipment mechanical integrity from an industry professional with 50+ years of experience.

TEAM’s integrated touch point corrosion program manages all aspects of the integrity process from screening for damage to permanent repair assuring integrity – every time. TEAM’s unique turn-key approach to touch point corrosion integrity...

This article describes how an international oil and gas company built an inspection data management program for its U.S. operations yielding improved confidence in decision-making information, cost savings through increased efficiency, and an...

This article provides an overview of the key components in establishing IOWs, the levels of IOW limits, and the basic principles and application of API Recommended Practice 584 to achieve reliable fired heater performance.

According to API 570, facilities must have a mechanical integrity program in place for critical check valves. But what criteria determines whether or not a check valve is critical in your process? How should check valves be inspected and by whom?

This article intends to use a top-down approach of describing RBI methodology and how it fits in a facility management system. The main idea of this article is to provide a comprehensive picture of RBI methodology in terms of basics, technology...

HTHA of hydrogen-containing equipment can be prevented with appropriate material selection and fabrication, appropriate welding procedures, regular inspection of equipment using proven, effective technologies and equipment operated by qualified...

Pinnacle's data-driven reliability framework ensures the right data is fueling the right intelligence, helping you make confident, strategic decisions.

This article is designed to help the reader better communicate their FEMI Mission, Vision, Core Values and Responsibilities to all stakeholders at their site.

The actions you take immediately after a failure are critical in understanding the cause and appropriate steps to remedy the problem. However, the wrong moves might prevent you from getting the answers you need.

In 2017, a joint-initiative from API and AFPM released a helpful brochure that summarizes all the key API standards that deal with fixed equipment mechanical integrity. It describes the latest edition of 42 API standards addressing FEMI issues,...

Although value-drivers often differ between facilities, all can agree that effective asset management strategies should lead to better decision making. In this case study, the authors detail how process-based risk management strategies can make for...

Based on my 45+ years of experience working with fixed equipment mechanical integrity (FEMI) issues in the refining and petrochemical processing industry, this article summarizes what I believe are the top 10 reasons why pressure vessels and piping...

Whether you decide for a Computed Radiography scanner with flexible imaging plates or a flat panel detector with the fastest imaging, or even combine the advantages of both technologies, DÜRR NDT's innovative systems offer high reliability and the...

I have written numerous technical articles addressing how to improve your fixed equipment mechanical integrity (FEMI) program. This time I will deviate from the FEMI technologies and methodologies to address a topic that may be equally...

I have written numerous technical articles addressing how to improve your fixed equipment mechanical integrity (FEMI) program. This time I will deviate from the FEMI technologies and methodologies to address a topic that may be equally...

I have written several articles for Inspectioneering Journal to help create successful programs to achieve excellence in pressure equipment integrity and reliability (PEI&R).

This series of articles describes the elements for a successful fixed equipment reliability program in a petrochemical facility. These articles will address management systems, engineering practices, preventive/predictive maintenance/inspection...

This series of articles describes the elements for a successful fixed equipment reliability program in a petrochemical facility. These articles will address management systems, engineering practices, preventive/predictive maintenance/inspection...