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Electrochemistry and much more
A couple of years ago on Chemical Engineering’s 120th anniversary, I looked back at the history of this publication and at that time, I wrote: “In September of 1902, the first issue of Electrochemical Industry was published to serve those…
New injector technology fundamentally improves combustion flexibility
Conventional combustors that employ air-blast and pressure-swirl injection technologies are very sensitive to fuel properties, especially viscosity, limiting their ability to utilize certain classes of fuels and blends, including bio-based fuels. The new swirl-burst (SB) fuel-injector technology developed at Baylor…
Upgrading organic wastewater into fuel feedstocks
Although wastewater streams with high organic content — such as those from breweries and dairy facilities — can be difficult to treat and expensive to dispose of, there is potential to valorize their carbon content with the right process. Based…
A more economical process for bio-succinic acid piloted
Bio-based succinic acid has been explored as a renewable building-block for a host of chemicals and polymers, but its production process remains costly due largely to the complicated purification process that generates a large waste stream. Now, researchers at the…
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.…
Conducting Hazard Reviews: A Practical Guide to Implementing Impactful Process Hazard Analyses
The insights reported here will help guide and encourage engineers in facilitating high-quality and effective hazard analyses in their facilities Undertaking and completing a well-planned hazard review might just be the best thing you ever do on a single day…
Upcycling gypsum to sulfuric acid in a zero-liquid-discharge demonstration plant
A new demonstration plant is upcycling gypsum (calcium sulfate) — a material that is typically challenging to dispose of — at a metal-refining site using a process that combines salt-splitting electrolysis, caustic direct-air capture (DAC) and mineralization. Travertine Technologies, Inc.…
Facts At Your Fingertips: Steam Trap Operation
Steam is commonly used across the chemical process industries (CPI) for a variety of end uses, including process heating, mechanical drive, moderation of chemical reactions and fractionation of hydrocarbons. Heat exchangers, turbines, fractionating towers, stripping columns, and reaction vessels are…
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…
Air Liquide will build hydrogen production unit at TotalEnergies biorefinery site
Air Liquide (Paris, France; www.airliquide.com) recently announced a renewable hydrogen production project at TotalEnergies (Courbevoie, France; www.totalenergies.com) La Mède (Provence-Alpes-Côte d'Azur region in France) site. In the context of a long-term contract, Air Liquide will cover the hydrogen needs of…