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Protecting the air we breathe

It has long been known, from advanced monitoring and modeling, that pollutants can linger in the air and travel long distances from their sources. Local air quality can therefore be affected by disturbances that happen in far-away parts of the…

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Autonomous control of a distillation column

Eneos Materials Corp. (formerly the elastomers business unit of JSR Corp.; www.eneos.co.jp) and Yokogawa Electric Corp. (both Tokyo, Japan; www.yokogawa.com) recently reached an agreement to officially adopt Yokogawa’s autonomous-control artificial intelligence (AI) technology for use at an Eneos Materials chemical…

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Real-Time Particle-Size Analysis Technologies: Overview and Case Study

Monitoring particle sizes in real time can improve product quality and reduce costs in chemical processes. Presented here is an overview of available technologies for particle-size analysis and an example involving suspension polymerization Effective measurement, in real time, of particle…

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Chemenator Briefs

Ore Benefication Last month, Torngat Metals Ltd. (Montréal, Que., Canada: www.torngatmetals.com) and Metso Corp. (Helsinki, Finland; www.mogroup.com) signed a contract for large-volume, pilot-scale processing of ore. The focus of the agreement is to pilot test the beneficiation of ore extracted…

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Changes to Calculation Inputs for CEPCI Due to Discontinued Data Series

Discontinued series IDs associated with producer prices for storage tanks requires a modification to the CEPCI The Chemical Engineering Plant Cost Index (CEPCI) is a widely used tool for comparing plant construction costs in the chemical process industries (CPI) between…

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Lithium metal for next-generation batteries produced from Li2CO3 in pilot facility

In May, Li-Metal Corp. (Markham, Ont.; www.li-metal.com) announced the production of refined lithium metal from lithium carbonate salt using a new electrolysis process at the company’s pilot facility in Ontario, Canada. The lithium metal produced at the pilot plant is…

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A photocatalytic platform for CO2 utilization

As more and more CO2 is finding its way into carbon-capture systems instead of the air, the demand for new technologies that actually utilize CO2 is also rising. A new photocatalysis platform developed by New Iridium (Boulder, Colo.; www.newiridium.com) can…

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A new class of proton-conducting materials operates at lower temperatures

A new material could open the door to more effective protonic ceramic fuel cells (PCFCs). PCFCs are a promising energy source that employ specialized ceramic materials to conduct protons (instead of electrons) at much lower temperatures than typical solid-oxide fuel…

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This photocatalytic reactor system makes chemicals without fossil fuels

Last May, Emerson (St. Louis, Mo.; www.emerson.com) was selected by Syzygy Plasmonics (Houston; www.plasmonics.tech) to automate its all-electric photocatalytic reactor technology. Syzygy has developed, scaled and integrated its core technologies, incubated at, and licensed from, Rice University (Houston; www.rice.edu), into…