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A direct route for making polycarbonate from CO2 and diols

A direct copolymerization of carbon dioxide and diols has been achieved by Keiichi Tomishige and Masazumi Tamura at Tohoku University (Sendai; www.che.tohoku.ac.jp) and Hiroshi Sugimoto at Tokyo University of Science (both Japan; www.sut.ac.jp). The synthesis takes place with a metal-oxide…

This handheld chemical analyzer connects to smartphones

A new smartphone-operated portable chemical analyzer provides a platform for chemical leak detection and other industrial applications, according to developer MyDx Inc. (San Diego, Calif.; www.cdxlife.com). The company designed the handheld analyzer for consumers, but the technology platform has origins…

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Collaboration commercializing technology for reusing complex catalysts

The manufacture of pharmaceuticals and many fine chemicals requires costly, toxic catalysts with metal atoms bonded to complex organic ligands that catalyze the creation of chiral centers. Current processes often use homogeneous (dissolved) chiral catalysts and batch processing, an approach…

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The photocatalytic reduction of CO2 into CO

Conversion of carbon dioxide into useful carbon sources, such as carbon monoxide, formic acid and formaldehyde, is attracting considerable interest as a way to recycle and utilize CO2. A step in this direction is the direct photocatalytic reduction of CO2…

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Making motors intelligent

At the Hannover trade fair (April 24–29; Hannover, Germany), ABB (Zurich, Switzerland; www.abb.com) introduced a new sensing solution for monitoring low-voltage motors. Smart sensors attached directly to the motor supply information regarding operating and condition parameters via wireless transmission. The…

Diamond-based electrodes allow handling of difficult-to-treat wastewaters

A scaled-up version of an electrochemical cell with boron-doped diamond electrodes has been introduced, and the system treats wastewaters containing difficult-to-oxidize dissolved pollutants. Known as Diamox, the electrochemical oxidation cell was developed by Element Six (www.e6.com), a designer and manufacturer…

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Sun and rain generate electricity in this solar cell

An all-weather solar cell that generates electricity by both sunlight and rain has been developed by researchers led by professor Qunwei Tang from the Institute of Material Science and Engineering at Ocean University of China (Qingdao; http://eweb.ouc.edu.cn) and professor Peizhi…

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Imitating cactus plants to improve membrane performance

Regulation of water content in polymeric membranes is important in several applications, including proton-exchange fuel cell membranes. Normally, this is achieved either by external regulation or by operating the cells at higher temperatures. Now a team from CSIRO (Melbourne, Australia;…

Nicholas Chopey Scholarship awarded

Chemical Engineering has been a leading source for technology and news for the chemical process industries (CPI) since the launch of our magazine in 1902. Additionally, we seek to bring recognition to, and to help advance, the chemical engineering profession.…

Amec Foster Wheeler wins world-scale methionine facility contract in Singapore

Amec Foster Wheeler (London, U.K.; www.amecfw.com) has been awarded the basic engineering and engineering, procurement, construction management (EPCM) contract by Evonik Methionine SEA Pte. Ltd for its second methionine plant complex in Singapore. Amec Foster Wheeler’s role has begun with…