Chemical Engineering Magazine

This new technology from iMicrobes for the bio-based production of acrylic acid is receiving funding from the U.S. Dept. of Defense. Learn more about the innovation here: https://loom.ly/Y8qKj8U

A groundbreaking process has been developed by UP Catalyst that electrolytically converts CO? into valuable carbon materials, including carbon #nanotubes is set to be scaled up https://loom.ly/jwZdr-k

This plasma technology developed by InEnTec Inc. uses Joule heating with a molten bed of glass in a reactor chamber to destroy #PFAS and produce #syngas https://loom.ly/tWGr-Pk

Scientists have developed a new method for lowering the energy required to produce cellulose nanofibers, an attractive material for next-generation reinforced biomaterials and bioplastics https://loom.ly/PhhmIks

The latest Sustainability Direct newsletter highlights projects that are advancing the growth of #renewable #fuel technologies ??

The #December issue is coming soon! For a special preview of what will be covered and other updates from the editorials, listen to the Editorial Roundup podcast https://loom.ly/mJdLGzc

Breakthroughs in electrolyte chemistry for enhanced battery performance and safety: https://loom.ly/Gh9_n_s

This exclusive interview discusses the technological developments helping to move operations from industrial #automation to industrial #autonomy, and how these solutions will spur the efficiency and workforce resiliency needed to foster the energy transition Yokogawa #artificialintelligence #AI https://loom.ly/Ryb89C8

November's Bookshelf is here, highlighting recently published titles for chemical engineering, ranging from cooling towers to ionic liquids to battery materials https://loom.ly/pEMm12g

New designs extend the capability of #flowmeters significantly by enabling the upgrade of existing Coriolis transmitters to take advantage of new hardware, software and diagnostic features — without the need to replace legacy Coriolis sensors. https://loom.ly/jfS1cfM