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Scaling Industrial Decarbonization with Advanced Membranes

The potential of membrane technology to unlock hybrid and scalable carbon capture, combined with results from early field trials, suggest that advanced membranes will play a crucial role in enabling more widespread adoption of decarbonization strategies It is a truth…

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Proton-Exchange Membranes: Design Strategies for Water Electrolysis

Designing a proton-exchange membrane that will balance the efficiency, durability and safety requirements for hydrogen production requires careful consideration of materials and chemistry Among the ongoing efforts to curb climate change, researchers are actively pursuing the further development of water…

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Facts At Your Fingertips: Blending and Segregation Mechanisms for Solids

In solids-handling, blending (combining two or more materials to achieve a combined product) and segregation (the separation of particles into distinct zones according to particle size, shape, density or other physical attributes) are competing processes. This one-page reference outlines common…

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Fire and Explosion Safety: Going Beyond Traditional Protection

A sophisticated approach to fire and explosion safety requires one that expands conventional protection strategies to comprehensively consider storage, containment and tool compatibility Industrial fires and explosions are a serious risk to chemical processing facilities worldwide, threatening significant harm to…

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Improve Ethylene Production Margins with Digitalization

Digitalization can help ethylene producers to flexibly respond to economic uncertainties and assess available options based on their existing infrastructure and priorities Post-pandemic, olefin and polyolefin producers have been faced with regional and global economic headwinds. Inflation, energy security, rising…

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Facts at your Fingertips: Accelerating Materials Development with AI

Advanced materials are considered to be core enablers for technologies aimed at broad global concerns, such as climate change, sustainable manufacturing, critical-materials supply chains, environmental mitigation and remediation and others [1]. The process by which novel advanced materials are designed…

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Enhancing Communication in Engineering Teams

Clear communication among team members is important for a successful engineering project. Tips for avoiding pitfalls are outlined here In the fast-paced world of engineering, mastering communication and conflict resolution is essential for team success and project efficiency. Engineering teams…

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Safeguarding the Hydrogen Economy: A Focus on Leak Detection and Mitigation

The use of fixed gas detectors can play a crucial role in mitigating the environmental impact of hydrogen leakage and help protect workers in the hydrogen value chain Governments, industry sectors and companies seeking sustainable energy sources to reduce greenhouse…

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Tower Doctor: The Case of the Lying Gamma Scan

Henry Kister shares lessons learned from troubleshooting distillation towers This conversation started in a course I was presenting in Sydney, Australia. I was about 15 minutes into my presentation when a delegate from a major petroleum refinery stopped me. “How…

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Electrochemical Processes for the Chemical Industry

The push toward decarbonization is driving an increased interest in electrochemical processes. Here, the authors share their experience in industrializing these processes The field of electrochemistry offers a disruptive methodology to revolutionize the chemical process industries (CPI) by electrifying processes.…