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Technical & Practical

Determination of nozzle loads to facilitate the initial pressure vessel design

In pressure vessel design, use this procedure for determining the individual permissible flange loads for joints between pressure vessel nozzles and connected pipework At the initial design stage of pressure vessels with nozzles that are provided with standard flanges according…

Improve Energy Management to Reduce Your Facility’s Carbon Footprint

This article describes an approach that uses data analytics for finding and addressing root causes of process deviations that reduce energy efficiency in key plant utility systems, and shares three case examples Discussion about climate change has been taking place…

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Calculate the Wetted Surface Area of Pressure Vessels

This article provides a comparative study of two approaches to protect ASME semi-elliptical pressure tanks from overpressure in the event of a fire Calculating the wetted surface area is a crucial step to protect American Society of Mechanical Engineers’ (ASME)…

Cybersecurity: Building Resilience from the Inside Out

Cybersecurity is no longer a far-fetched concept relegated to science fiction or conspiracy theories. It is a major and growing global risk across all industry sectors Given the increasingly central role of digital technologies, data and connectivity, cybersecurity is widely…

Experimental Methodologies to Verify Distillation Simulations

Presented here are practical considerations concerning the equipment and methods used for experimental verifications of simulations The use of process simulation tools for modeling distillation columns is invaluable for designing plant-scale columns. However, it can be difficult to know if…

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Technology Profile: Benzene Production from Pyrolysis Gas

This column is based on “Benzene Production from Pygas,” a report published by Intratec. It can be found at: www.intratec.us/analysis/benzene-production-cost. Benzene is the simplest and most important industrial aromatic hydrocarbon. It is a versatile petrochemical building block, and is an…

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Avoid Common Mistakes When Specifying Burner Management Systems

While some aspects of burner management systems may seem intuitive, overcoming misconceptions in their specification and design will help to elevate overall safety Boilers, burners, furnaces and fired heaters, along with any other fuel-burning equipment, are considered high-risk areas within…

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Facts at your Fingertips: Filtration Process Design

Designing a new solid-liquid filtration process or optimizing an existing one requires consideration of a number of factors aside from the type of filter that will be used. This one-page reference reviews two groups of considerations: one related to equipment,…

Reduce Risk and Cost with a Lifecycle Approach to Process Safety

Better upfront planning and management can lead to safer, more productive processes throughout every phase of operation A standards-based approach to process safety — one that actively addresses risks across a plant’s lifespan — can lead to safer chemical processes,…

Protecting Sensor Data Transmitted Wirelessly: A Grounds-Up Approach

Do not assume security is extensive enough to protect your critical data and processes. Take a layered security approach using different tactics to establish best practices for protecting network data Almost daily, the headlines tout the latest data breach that…