INDUSTRY INSIGHTS NEWSLETTER

Welcome to Equity's Industry Insights Newsletter

Maintaining safe, efficient, and reliable operations is an ongoing challenge for refineries, petrochemical plants, and other industrial processing facilities. This month, Industry Insights includes two articles that provide best practices and practical examples for improving reliability.

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Featured Articles

Instrumentation and Control Systems Reliability and Maintenance: Best Practices

Instrumentation and control systems are critical components to long-term plant safety and reliability. In this article, Rohan examines several maintenance and reliability best practices, including reliability-centered maintenance (RCM) principles, risk assessments, and advanced maintenance strategies. You will also learn how advancements in artificial intelligence (AI) and data analytics are shaping the future of industrial maintenance.

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Boilers and Common Damage Mechanisms with Real-World Case Studies

Boilers are essential for industrial steam generation, but corrosion issues can disrupt operations, making prevention and mitigation critical. In this article, Nate and Luke explore common damage mechanisms, discuss effective prevention strategies, and share recent case studies demonstrating the value of expert analysis in maintaining reliability. Read the full article to learn how to keep your systems running smoothly.

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Recently Published in the Industry Insights Newsletter

Vessel Overpressure Protection Using System Design – No Relief Valve?  You’re Kidding, Right?

Even though PRDs are the industry standard for overpressure protection, there are cases when an instrumented system design approach can be a good alternative, if it meets ASME Section XIII, Part 13 requirements. Within this article, Phil Henry outlines key considerations, from assessing feasibility to ensuring compliance, and the key questions all owner-users should be asking.

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Analysis of Piping Surge Events

Surge events in piping systems can lead to severe displacements, loud noises, and operational challenges. Using a case study, this article highlights the factors behind surge events, including rapid changes in liquid velocity and pressure, and how forces generated during these transient events can impact piping systems. The authors discuss how a few targeted support modifications effectively resolved these issues without resorting to costly system overhauls or potentially problematic specialty equipment.

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