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New evaporative crystallizer design accelerates direct-air carbon capture
A novel crystallizer has shown promise in lowering costs for direct-air capture (DAC) of CO2 emissions. In recent work published in Nature Chemical Engineering, a research team from the University of Toronto; www.utoronto.ca), led by mechanical and industrial engineering professor…
Advanced Seals Enhance Safety and Reliability
Premium solutions prevent seal failure caused by extreme chemical process conditions Seals and gaskets are mission-critical components in the chemical process industries (CPI), where seal failure can have catastrophic consequences. While the corrosive and aggressive media and extreme operating conditions…
Crystal Clear: Perfecting Product Purity Through Recrystallization
In the development of new pharmaceutical ingredients and other high-purity products, carefully controlled crystallization processes can help to eliminate critical impurities and zero in on optimal formulations Historically, small molecules have played a significant role in the pharmaceutical landscape, representing…
Focus On: Analyzers
This analyzer is designed to improve paper product quality The next-generation Wet End Analyzer (photo) is designed to help paper, board and tissue producers improve wet-end processes to achieve superior product quality, improved process stability and reduced operating costs. With…
‘Preorganization’ strategies allow polymer degradation through self-deconstruction
Designing plastics that can be broken down easily after their use phase have often required a trade-off between stability and ease of deconstruction. Recent research by scientists at Rutgers University (New Brunswick, N.J.; www.rutgers.edu) opens a path to resolve that…
Securing the Industrial Edge: Protecting Legacy Systems in the IIoT Era
Edge platforms, which provide a liaison between networks and legacy equipment, can provide a layer of cybersecurity protection without infrastructure modifications Chemical processing facilities worldwide are connecting decades-old equipment to modern networks for real-time monitoring and optimization. While this digital…
Novel chlorine-resistant membranes set new standards for reverse osmosis
A unique class of chlorine-resistant membranes is set to enhance the performance of processes requiring zero liquid discharge. NALA Membranes (Morrisville, N.C.; www.nalmembranes.com) has developed highly stable and durable membranes based on sulfonated polysulfone materials that overcome many of the…
Project reveals insights about catalysts for microwave-assisted methane dehydroaromatization
Several situations, including when takeaway capacity is limited at remote oil-well sites, result in methane flaring. To avoid wasting that resource, several strategies have been explored to convert methane onsite into commercially useful liquid chemicals. One of the approaches is…
A superconducting magnet for hydrogen liquefaction is demonstrated in Germany
A first-of-its-kind demonstration unit is showcasing hydrogen liquefaction using magnetocaloric cooling, a process that demands much lower energy consumption than conventional methods used in industry. A joint venture between Magnotherm Solutions GmbH (Darmstadt, Germany; www.magnotherm.com) and Helmholtz-Zentrum Dresden-Rossendorf (HZDR; Dresden,…
Electrochemical route to extracting lithium ions from ‘black mass’ could lead to more efficient battery recycling
Black mass is the powdered material resulting from shredding end-of-life lithium-ion vehicle batteries. For effective recycling, lithium must be efficiently separated from this material, but conventional methods, such as smelting at high temperatures or dissolving in strong acids, require large…