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Nanofibers dramatically increase catalytic activity for ultra-low-iridium electrolysis

Decreasing the dependence on expensive platinum-group metals like iridium is vital for the expansion of “green” hydrogen production via proton-exchange membrane (PEM) water electrolysis. Efforts to develop lower-iridium catalytic components for electrolysis have typically focused on mixing iridium into a…

A miniature pressure transmitter with rugged construction

The 8271 CMP miniature pressure transmitter (photo) is designed with small and rugged construction that enables integration into processes where space is limited. It withstands harsh environments, vibrations and potential physical impacts, ensuring longevity. An optional five-fold overpressure resistance enhances…

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The industry’s most comprehensive biodegradability assessments — even for large polymers

For product developers, understanding a substance’s biodegradability is essential in many applications to ensure compliance with toxicity and environmental regulations. Aropha, Inc. (Cleveland, Ohio; www.aropha.com) has developed a platform for biodegradability testing that reaches far beyond the typical breadth of…

Next-generation safety valves redesigned for visual inspection

KSE 3.0 safety valves (photo) replace their predecessor’s polytetrafluoroethylene (PTFE) housing lining with PFA copolymer, which is thermoplastic processable and transparent, facilitating visual quality inspection of the lining. For a seamless replacement, the leg dimensions of the new PFA-lined safety…

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Metal complex surfactants allow reactions in water without organic solvents

One way to develop safer, more-sustainable chemical processes is to substitute potentially harmful chemicals with less-risky alternatives. Organic solvents, which are widely used in industrial processes, can pose health, safety and environmental risks. Researchers at Rice University (Houston, Tex.; www.rice.edu)…

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Nanofiltration approach recovers aluminum from process waste

The industrial production of aluminum involves electrolysis of alumina (Al2O3) in molten cryolite, a mineral used as a solvent for the aluminum oxide raw material. Over time, the cryolite accumulates impurities, such as sodium, lithium and potassium ions, which degrade…

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Substituting cobalt in high-strength alloys

A team of scientists at Pacific Northwest National Laboratory (PNNL; Richland, Wash.; www.pnnl.gov) recently unveiled a modified version of the “superalloy” Inconel 617, in which cobalt — a component of the alloy that is also a critical material with significant…

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Industrial use of IBCs

Intermediate buik containers (IBCs) are commonly used to contain and transport flowable solid materials across many industry sectors. Provided here is an overview of the applications for which different types can be used, as well as their benefits Intermediate bulk…

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Enzyme engineering breaks out of the cell

A new approach to enzyme engineering has overcome many of the operating challenges associated with large-scale bio-based manufacturing processes by designing enzymes that can thrive outside living cells, eliminating complexity and improving reaction yields. eXoZymes’ (Monrovia, Calif.; www.exozymes.com) cell-free enzyme…

This drag conveyor is designed for quick and easy CIP

The new CablePro tubular drag conveyor (photo) is designed with components that offer chemical compatibility, including corrosion-resistant coatings and polished stainless-steel tubing. It is equipped with self-lubricating disks, which are injection-molded directly onto a pre-stretched, oil-lubricated stainless-steel braided cable with…