| Date | May/June 2020 |
| Volume | 26 |
| Issue | 3 |
| Return to Journal Index | |
May/June 2020 Inspectioneering Journal Article Index
This article provides an overview of brittle fracture, details on several industry failures, and a summary of deficiencies and concerns with current published methods for screening susceptibility of equipment to potential brittle fracture failures.
This article dives into continuous thickness monitoring, which in the opinion of the author is one of the more innovative technologies for corrosion control in the refining industry to come about in the last two decades.
There are many places where brittle fracture risk can sneak into your plant and many reasons why a new or revised brittle fracture assessment may be required when reviewing your pressure systems. Don’t overlook this dangerous failure mechanism.
Despite the recent challenges that the oil and gas industry has faced over the past couple of months, facilities have the unique opportunity to embrace change in company culture, build data-driven processes, and focus on measuring value.
The authors have written a two-part series covering valves and their role in the overall MI process. In this first article, they discuss the various valve types, their common uses, and the governing standards and recommended practices that apply.
Traditional, paper-based inspection processes can prevent plants from being as effective as they can be. By digitalizing your mechanical integrity process and data with MISTRAS Digital®, plants have realized up to 75% gains in IDMS data entry and...
For an aging facility, where documents are missing and the operation depends heavily on experience rather than proper engineering designs, auditing a chemical treatment system is a rather challenging task for corrosion professionals.
Compressors are often taken for granted and the integrity of supporting structural foundations may sometimes not receive the attention deserved. This article focuses on essential considerations regarding the integrity of structural foundations.
The article describes the results from a recent CUI Joint Industry Project which resulted in an RBI methodology for managing the CUI threat. The methodology assesses 4 CUI barriers: material, coating, water wetting, and design.
This article demonstrates how the use of TFM/FMC can be an effective method to screen for potential problem flanges before a planned shut down and can be a very useful tool in planning which flanges require further evaluation.
